Tag Archives: pipe restemming

A New Beginning for Jennifer’s Dad’s Karl Erik Knute of Denmark Freehand

Blog by Steve Laug

I decided to change things up a bit and work on another of Jennifer’s Dad’s pipes. For the next pipe from the estate of George Rex Leghorn I have chosen a nicely shaped Knute of Denmark Freehand. You may not have read about this estate before, so I will retell the story. I received an email from Jennifer who is a little older than my 64+ (65 now – sheesh, I forget how old I am) years about whether I would be interested in her Dad’s pipes. My brother Jeff and I have been picking up a few estates here and there, so I was interested. Here is the catch – she did not want to sell them to me but to give them to me to clean up, restore and resell. The only requirement she had was that we give a portion of the sales of the pipes to a charity serving women and children. We talked about the organization I work for that deals with trafficking and sexual exploitation of women and their children and she decided that would be a great way to carry on the charitable aspect of her Dad’s character. With some great conversation back and forth she sent the pipes to Jeff and he started the cleanup process on them. Once he had finished cleaning them all he sent them to me to do my work on them.

The Knute Freehand pipe with plateau on the rim top and shank end is stamped on the left side of the shank Knute of Denmark. The bowl had nice grain on the sides and cross grain on the front and back and rugged plateau on the rim top and shank end. The finish is very dirty making it hard to see beyond that to the nice grain underneath that. There was a thick cake in the bowl and it had overflowed with lava onto the inward beveled rim top. It was a dirty and tired looking old pipe. The stem was badly oxidized and there were George’s usual tooth marks and chatter on both sides just ahead of the button. The button was also damaged. The other issue with the stem is that it did not really fit the pipe. The tenon was a bit large and I just had a feeling it was the wrong stem. The pipe had been sitting in boxes for a lot of years and it was time to move ahead with the restoration. Jennifer took photos of the pipes she was sending. I have included the two photos of this pipe below.When the box arrived from Jennifer, Jeff opened it and took photos of each pipe before he started his cleanup work on them. This Knute Freehand was a nicely shaped pipe and we have both worked on quite a few Knute pipe. This was going to be an interesting restoration. Knute pipe are well made and I have found that they not mentioned much in the online pipe communities that I frequent. I enjoy working on them. The shape on the Knute seems to really capture the flow of the grain on the briar. The briar appeared to be in good condition underneath the grime. The finish looked intact under the grime and oils on the bowl sides from George’s hands. The bowl had a thick cake that had hardened with time. The lava overflow on the rim top filled in much of the plateau. It was very thick but it could very well have protected the rim from damage. We won’t know what is under it until Jeff had cleaned it off. The stem was oxidized and also had some calcification on the surface. There were deep tooth marks on both sides just ahead of the button. Jeff took photos of the pipe before he started working on it. I include those below. Jeff took photos of the bowl and rim top to show the cake in the bowl and the lava build up on the plateau rim top and dust and grime in the shank end as well. It was thick and hard but hopefully it had protected the rim and edges from damage. The lava coat looks horrible but it points to a well-used, favourite smoking pipe. George must have enjoyed this old timer a lot judging from the condition of the pipe. Jeff took a photo of the side and heel of the bowl to show the condition of the finish – the grime and grit all over the sides and bottom of the bowl. The was also a deep gouge in the heel on the right side. It is a dirty pipe but it has a stunning grain around the bowl sides and cross grain on the front and back.Jeff took a photo of the stamping on the left side of the shank. It is very clear and readable. It reads Knute of Denmark.Jeff took photos of the top and underside of the stem showing the scratching, oxidation and tooth marks on the stem surface. The tooth marks are quite deep on both sides of the stem. I turned to Pipedia to refresh my memory regarding the brand (https://pipedia.org/wiki/Knute). I had recollections that the pipe was made by Karl Erik Ottendahl as one of his sub brands so I wanted to confirm that. I quote from that article below:

Knute of Denmark pipes are said to be made by Karl Erik, see his listing herein.

Karl Erik Ottendahl was born in Aalborg in 1942, just a few miles from the very northernmost tip of Denmark. He began his career as a Lithographer as an apprentice in the craft at the age of 16. While working as an apprentice he began hand carving pipes as a hobby and to give as gifts to his more senior colleagues. He began his career making pipes for various labels in Denmark and the United States. Often he would make the higher grade pipes for a well known brand that was known for their midrange or low end pieces such as Wally Frank. While doing this he administered a factory of fifteen craftsmen. During this period he did make of some of his own handmade pipes, but he felt that the responsibility of managing the factory did not give him the freedom he wished he had.

Other brands confirmed to be from Karl Erik are: Champ of Denmark, HTL, Jobey Dansk, Knute, Golden Danish, Lars of Denmark, Larsen & Stigart (Copenhagen pipe shop), Shelburne, Sven Eghold and Wenhall (for Wenhall Pipes, New York), some Ben Wade and pipes marked IS and IIS.

I could start my restoration of this beautiful freehand with the knowledge that I was dealing with a Karl Erik Ottendahl made freehand. But before I get on to restoring the pipe I thought I would once again include the tribute that Jennifer wrote to her Dad for the blog. She also sent some photos and an article that her Dad wrote for Jeff and me to be able to get a feel for him. I have included those below. Note in each of them that he is holding a pipe in his left hand. I asked her to also send me an email with a brief tribute to her Dad. Here is her tribute from an email to me.

Steve, I want to thank you again for accepting my dad’s pipes.  They were so much a part of my dad’s life that I could not simply discard them. But as his daughter, I was not about to take up smoking them either. *laughing* I think my dad would like knowing that they will bring pleasure to others.  I know that I do.

I’m not sure what to say about his pipes. I always remember Daddy smoking pipes and cigars.

First a bit about my dad. Though my father, George Rex Leghorn, was American (growing up in Alaska), he managed to join the Canadian Army at the beginning of WWII, but in doing so lost his American citizenship.  He was fortunate to meet a Canadian recruiting officer who told him the alphabet began with “A” and ended with “Zed” not “Zee”, and also told him to say that he was born in a specific town that had all its records destroyed in a fire.  When the US joined the war my dad, and thousands of other Americans who had made the same choice*(see the link below for the article), were given the opportunity to transfer to the US military, and regain their citizenship.

After WWII, my dad, earned his degree at the University of California Berkeley and became a metallurgist. There is even a bit about him on the internet.

He loved taking the family out for a drive, and he smoked his cigars on those trips. (As a child, those were troubling times for my stomach.)

I most remember my father relaxing in his favorite chair with a science fiction book in one hand and a pipe in the other… Sir Walter Raleigh being his favorite tobacco… and the pipes themselves remind me of him in that contented way.  If I interrupted his repose, he’d look up, with a smile on his face, to answer me.

It seemed he smoked his Briarwood pipes the most, though he had others.  At the time, it was only the Briarwood I knew by name because of its distinctive rough shaped bowl.  And it was the Anderson Free Hand Burl Briar, made in Israel, which I chose for his birthday one year, because I thought he might like that particular texture in his hand.

At least two of his pipes, he inherited from his son-in-law, Joe Marino, a retired medical laboratory researcher (my sister Lesley’s late husband)… the long stemmed Jarl (made in Denmark), and the large, white-bowled, Sherlock Holmes style pipe.  I believe Joe had others that went to my dad, but Lesley was only sure about those two.

The Buescher, corncob pipe my older sister Lesley bought for Daddy while on one of her travels around the States.

A note on the spelling of my sister’s name…

My dad met my mother, Regina, during WWII and they married in Omagh, Ireland.  My mother was English and in the military herself.  The English spelling of Lesley is feminine, and Leslie masculine, in the UK… just the opposite of here in the United States.  I guess my mom won out when it came to the spelling of the name…

This pipe was a real mess just like the other ones in the collection. I did not know what to expect when I unwrapped it from his box. He reamed it with a PipNet pipe reamer and cleaned up the reaming with a Savinelli Fitsall Pipe Knife. He scrubbed out the internals with alcohol, pipe cleaners and cotton swabs until the pipe was clean. He scrubbed the exterior of the bowl with Murphy’s Oil Soap and a tooth brush to remove the grime and grit on the briar and the lava on the rim top. The finish looked really good when I got it. The rim top looked much better but had scratches and nicks in the surface and some darkening on the inner and outer edges. The silver band was oxidized and tarnished. Jeff had cleaned the internals and scrubbed the exterior of the stem and soaked them in Before & After Deoxidizer bath to remove the oxidation. The stem looked very good other than the deep tooth marks in the surface. When the pipe arrived here in Vancouver for the second stop of its restoration tour it looked very good. I took photos of the pipe before I started my part of the restoration. I was so pumped to get started on this Karl Erik made Knute that I totally forgot to take photos of what it looked like when it arrived.

I jumped in and addressed the gouge in the briar on the heel of the pipe. I filled it with briar dust and super glue. Once it cured I sanded it smooth with 220 and 400 grit sandpaper. I restained the sanded spot and the light spots around the rim and shank end of the bowl with a Maple stain pen to match the colour of the bowl and shank. I polished the bowl and the high spots on the plateau rim with micromesh sanding pads. I wet sanded it with 1500-12000 grit pads and wiped it down between pads with a soft cotton cloth. You can see the progress in the shine as you go through the photos. I worked some Before & After Restoration Balm into the finish of the bowl and the plateau rim top and shank with my fingertips and a horsehair shoe brush to clean, enliven and protect it. I find that the balm really makes the briar come alive again. The contrasts in the layers of stain really made the grain stand out. I let the balm sit for a little while and then buffed with a cotton cloth to raise the shine. The pipe really looks good at this point. I am very happy with the way the pipe is looking at this point in the process.  I set the bowl aside and turned my attention to the stem. I examined the diameter of the tenon and the mortise. The tenon was not the right length for the mortise. It was too short and stubby. The way that the tenon was turned also did not allow the stem to seat correctly against the plateau shank end. I went through my can of stems and found one that was the perfect fit. The length and diameter of the tenon was correct and the way the stem sat against the shank end was perfect. The length of the stem also worked better with the look of the pipe. The stem was bent a bit too much but that is easily corrected.  I put a pipe cleaner in the stem to keep the airway from collapsing or kinking. I heated the stem slowly and carefully with a candle until the vulcanite was pliable and then straightened out the bend to match the flow of the rim top of the pipe.I used running water to cool the stem and set the new bend. I sanded the stem to remove the oxidation that was on the surface with a folded piece of 220 grit sandpaper and a piece of 400 grit wet dry sandpaper. At this point the stem is looking better and I don’t have to deal with George’s tooth marks. I rubbed the stem down with Denicare Mouthpiece Polish and a cotton pad to remove remnants of oxidation and to further blend in the sanding. The stem was showing some promise at this point in the process.  I polished the stem with micromesh sanding pads – wet sanding it with 1500-12000 grit pads. I polished it further with Before & After Pipe Stem Polish – both fine and extra fine. I finished by wiping it down with Briarville’s No Oxy Oil and buffing it to a shine. I always look forward to this part of the restoration when all the pieces are put back together. I put the pipe back together and buffed the bowl and stem with Blue Diamond on the buffing wheel. I gave the bowl and the stem multiple coats of carnauba wax. I buffed the pipe with a clean buffing pad to raise the shine. I hand buffed it with a microfiber cloth to deepen the shine. It is fun to see what the polished bowl looks like with the grain popping, the plateau on the rim and shank end contrasting well and finally the newly fitted black vulcanite stem almost glowing. This Karl Erik made Knute Freehand is beautiful and feels great in my hand. It is one that could be clenched and smoked while doing other things as it is very light weight and well balanced. It must have been a fine smoking pipe judging from the condition it was when we received it from Jennifer. There should be a lot of life left in this Knute Freehand. Have a look at it with the photos below. The dimensions are Length: 6 inches, Height: 2 inches, Outside diameter of the bowl: 1 ½ inches, Chamber diameter: 7/8 of an inch. This is one that will go on the rebornpipes online store shortly. If you want to carry on the pipe trust of George Rex Leghorn let me know. Thank you Jennifer for trusting us with his pipes. Thanks to each of you who are reading this blog. Remember we are not pipe owners; we are pipemen and women who hold our pipes in trust until they pass on into the trust of the next pipeman or woman.

Transforming a Hornless Sculpted Bull’s Head into a Churchwarden with Horns

Blog by Dal Stanton

I would have never come up with this on my own.  Seth already commissioned the restoration of a French GEFAPIP 500 Bent Bulldog which he found calling his name in the online collection of pipes I call, For “Pipe Dreamers” Only!.  The Bulldog needed a lot of stem work which included deep oxidation, a button rebuild and re-seating the stem/shank fit.  I was pleased with the results of that transformation pictured below.While I was working on the GEFAPIP Bulldog, Seth emailed me with a question – could he commission a Churchwarden project by repurposing another pipe’s bowl listed in For “Pipe Dreamers” Only!.  A Sculpted Bull’s Head with a bent stem had gotten his attention and with a little ‘dreaming’ applied, Seth could envision the Bull’s Head mounted on a Warden stem.  I found the Bull’s Head in the inventory and pulled it out to look at through Seth’s eyes… Yep!  I could see it, too.  What was missing in the mix were the Bull’s horns.  I responded that we could do this and after working out the details, I added the Bull’s Head CW project to follow the Bulldog project! Here are pictures of the Sculpted Bull’s Head which got Seth’s attention: The Bull’s profile is detailed and a bit on the whimsical side, especially with his missing horns.  He seems to be smiling in the picture above.  There are no identifying marks on the pipe.  When the Bull made it to the worktable, the question that came to my mind was how would I fashion the missing horns?  I took this question to ‘Google search’ to find other sculpted bull heads to get some ideas.  I clipped a screen shot of the search results and you can see that the horns are not uniform which is true of real bulls.  I looked through the pictures to see if I could find a bull that resembled Seth’s Bull, but I could not.  The interesting thing was that I found that many bull heads were from Italy.  What I noticed as well, was the similarities and differences between the pipes.  The eyes were made of differing materials and also the shaping of the ears situated behind the horns were distinctive and showed bulls sculpted by the same ‘school’ or carver.  After concluding the online search, I decided that I would send a note to Seth asking him to do the same search and to let me know what horns looked best – with the understanding this Bull’s Head will be mounted at the front end of a Churchwarden stem.  I’m thinking about the balancing and general look.  After sending the email, I place the Bull’s Head stummel with a Warden stem to get an overall sense of proportion.  I like it!I begin the Sculpted Bull’s Head Churchwarden project with the general cleaning of the stummel before fashioning the stem.  I take a picture of the chamber showing very little cake buildup, but I do see vestiges of the former steward’s tobacco.  I use the Savinelli Fitsall Tool to scrape the walls of the narrower than usual chamber.  After wrapping 240 grade paper around a Sharpie Pen, sanding the chamber removes more carbon.  I finish this phase by wiping the chamber with a cotton pad wetted with isopropyl 95%.  After inspecting the chamber, I determine that all looks good. Moving to the cleaning of the external surface, using undiluted Murphy’s Oil Soap and a bristled tooth brush I go to work scrubbing all the crevasses of the sculpting.From the worktable, I transfer the Bull’s Head to the kitchen sink where I rinse the surface with warm water as well as clean the internals.  Using anti-oil dish soap, long shank brushes scrub the internals.  Afterwards, the stummel is rinsed thoroughly – inside and out.The appearance of the Sculpting is realistic, especially the carving around the eyes. I continue cleaning the internals using cotton buds and a pipe cleaner – all dipped in isopropyl 95%.  The internals are good, and I move on.With the stummel clean, it’s time to begin fashioning the Warden stem.  The first step is to take some measurements using my German made electronic caliper – one of the best additions to the toolbox I’ve made.  I measure the internal diameter of the mortise to establish the target size of the tenon.  The measurement is 6.80mm.  Next, after mounting the drill bit provided by the PIMO Tenon Turning Tool set, the airway is drilled out to receive the Guide Pin of the TTT. After drilling the airway, the TTT is mounted.  The first cut of the tenon is intentionally larger to act as a starting point for the measurement.  In the picture below the guide pen is in the now enlarged airway.  In the past, I’ve learned the hard way that it’s critically to cut the tenon of the precast Churchwarden stem all the way to and through the raw stem facing.  I’ve put an arrow at the facing that is shouldered coming from the casting.  If this shoulder is not removed, it simply migrates to the pipe which is not good.I do the initial cut of the tenon through the ‘shoulder’ so that a sharp 45-degree angle is left which will be able to seat more exactly with the shank facing.Again, I measure and the tenon after the initial cut and it is 8.92mm.  The difference between the starting cut and the target size of the tenon (6.80mm) is 2.12mm. In order to approach the target size conservatively through sanding, 40mm is added to the target size of the tenon to create a ‘fat’ target – to leave a bit of sanding to be able to customize the fit.  Adding .40mm to 6.80mm gives a fat target of about 7.20mm.  This is what I aim for with the PIMO Tenon Turning Tool before transitioning to sanding the raw tenon.After a few cuts closing in on the ‘fat’ target, I settle for 7.31mm.  I now transition to sanding. Using a coarse 120 grade, I pinch the paper around the tenon as evenly as possible and rotate the stem while holding the paper stationary.  My goal is to size down the tenon evenly so that the whole tenon is maintaining contact snuggly on the mortise walls once seated.  Progress is patient as I sand and test the fit. As the progression moves closer to completion, I transition to 240 grade paper to do the final sanding.The tenon is fitting well – snug but not too tight.  The pictures below show the seated stem.  The stem is almost perfectly flush with the upper shank, but the stem is fat on the lower quadrant.After taping the shank with a layer of masking tape to buffer the briar from the heavy sanding, I attack the fat lip of the lower stem using coarse 120 grade sanding paper.  The goal is to sand the excess vulcanite to form a uniform shank/stem union.After achieving a good union at the shank, I continue the sanding with the 120 paper over the entire precast Warden stem.  The stem, even though it is new, has the casting seam down both sides that needs sanding and uneven rippling that needs smoothing. After the 120 grade paper, I follow by sanding the entire stem with 240.After the stem proper has been sanded, I switch the focus to the rough precast button.  Pictures of the upper and lower raw button show the imperfections that are first filed using a flat needle file.After doing the major shaping with the file, I follow with 120 and 240 sanding papers to fine tune the button shaping.Without a doubt, the least pleasing aspect of fashioning Churchwardens is sanding the stems and dealing with all the rubber dust!  I’m thankful to move to the fine sanding stage by wet sanding with 600 grade paper followed by applying 000 grade steel wool to the entire stem.Next, with the stummel and stem united, I remove the masking tape to begin sanding with micromesh pads.  At this point, I focus the sanding on the stem/shank junction and the stummel.  Sanding the shank with the stem engaged keeps the junction edges from shouldering.  I also sand the stummel to clean it up.  There’s no doubt that this Bull’s Head sculpting will remain ‘rough’ and rustic, but I want to sand the smooth briar points of the Bull’s head: shank, underside, muzzle and the high points of the sculpting ridges.  Pictures of the landscape show the smooth briar patches that will be the focus of the micromesh pads. I begin by first wet sanding with pads 1500 to 2400, followed by 3200 to 4000 and 6000 to 12000. Next, I address the stummel’s hue.  The original pictures of the Sculpted Bull’s Head indicate an original darker stummel.  What I believe will look good is to darken the stummel again and then lightly sand the peaks of the sculpting to bring out highlights giving the overall appearance more depth and contrast. The crevasses of the sculpting will hold on to the darkened hue while the peaks will lighten.  I’ll use Fiebing’s Dark Brown Leather Dye to do the job.  After removing the stem, I clean the stummel using a cotton pad and isopropyl 95%. It takes a bit of time as I get into each crevasse of the sculpting.I assemble the staining station and use the hot air gun to warm the stummel before applying the stain. This opens the briar to help its receptivity to the dye. Unlike my normal approach of flaming the aniline dye after painting it on the briar surface, with the rough texture I apply a simple dye wash and allow it to dry and set. I use the bent over pipe cleaner to apply dye in all the crevasses of the sculpted surface.  After applying the leather dye, I let the stummel rest for several hours.With the stummel resting now, I turn back to the stem.  Before, with the stummel attached, I have already applied micromesh to the junction area.  Now I continue with the rest of the stem starting with wet sanding with micromesh pads 1500 to 2400 then dry sanding with pads 3200 to 4000 and 6000 to 12000.  Between each set of 3 pads, Obsidian Oil is applied to the stem.  Steve did an informative blog on comparing Obsidian Oil with Briarville’s, No Oxy Pipe Stem Oil (See LINK).  His conclusion was that both seemed to be equally good products.  What I didn’t know before reading Steve’s blog was about the anti-oxidation properties of Obsidian Oil.  It doesn’t remove oxidation if already present, but it hinders the growth of oxidation.  As a result, I’ve started using Obsidian Oil for the maintenance of my own pipes in rotation. Putting the stem aside for the time, I take up the stummel which has been resting for several hours after applying the dye.  I use a cotton pad wetted with alcohol to give the stummel a wipe to remove excess dye. Next, I mount a cotton cloth buffing wheel to the Dremel with the speed set at about 40% full power.  I apply a light application of Blue Diamond compound and I intentionally keep the compound light because I want to avoid caking in the crevasses.  My focus is primarily buffing on the smooth briar and the peaks of the sculpting.After application of the compound, I use a felt cloth to give the stummel a rigorous buffing to remove the compound dust from the surface.  I very much like the results.  The effect I was shooting for with the contrast between the smooth briar peaks and the darker crevasses is evident. The rough, rustic texture is preserved but the smooth briar pops in comparison.  I’m surprised also by the mahogany leaning hue resulting from the dark brown dye that I applied.  The following pictures show what I see. I decide to condition the dried Sculpted Bull’s Head stummel using Before & After Restoration Balm. I place some Balm on my fingers and work it well into the crevasses of the sculpting and over the smooth briar surfaces.  During this process, I note that the dye applied to the stummel earlier is coloring the Balm somewhat as it’s worked into the briar.  I also see some coloring on my fingers.  After working the Balm in well, I place it aside to allow the Balm to do its thing and then I use a cotton cloth that I will discard to wipe the excess Balm which is also colored somewhat with the fresh brown dye that is lifting off the stummel. To address the leaching dye issue, which is normal for newly dyed woods – briar is no exception, is to heat the stummel with the hot air gun which helps the dye to fully leach.  When the stummel is heated, I wipe it first with a cotton cloth and then with a paper towel.  The hopeful result of this is after the pipe reaches his new steward, when the steward fires it up for the first few uses, dye will not leach on his hands from the heated stummel – or be minimized greatly!Next: bending the Warden stem.  After reuniting the stem and stummel I place the pipe on a piece of paper to sketch the angle of curve needed to help as a template.  I first draw a horizontal line to serve as the plane of the plateau.  I use the horizontal shelf behind the angled chamber stack to line up with the horizontal plane.  After outlining the unbent angle, I sketch the bend to bring it into alignment with the horizontal to serve as my template.Even though the bend needed is not great, a pipe cleaner is inserted into the end of the stem to guard the airway integrity during the bend.  Using the hot air gun, the middle of the stem is heated because this is where I want the bend to be so that the end of the stem resolves nicely along the horizontal plane.  I remove the stummel so that I can place the stem flat on the template after it is heated so that the stem is not angled or twisted to the left or right during the vulcanite’s supple stage.As the stem heats, I’m careful to keep ‘up’ up, so that the fit of the stem in the mortise isn’t accidentally flipped!  As the rubber heats, I gently apply pressure to the bend area.  When the heating has sufficiently warmed the vulcanite, I bring the stem to the template and create the bend according to the template and hold it in place for a few minutes as the rubber cools and the bend is held in place.  The first attempt renders perfect results!  I move on.With the stem now bent, I catch it up with the stummel by applying Blue Diamond compound to the entire stem.  After mounting a cotton cloth buffing wheel onto the Dremel and with the speed set at about 40% full power, I apply compound to the stem.  After finishing the application, I wipe/buff the stem with a felt cloth to remove the leftover carbon dust.I’m very pleased how things are shaping up.  Before the final polishing, I have one project left which is a little daunting: the horns.  I’ve been thinking throughout (and even before starting!) the restoration how I was going to address the fashioning of the horns.  The sides of the Bull’s head have holes which provide the diameter of the horn mass.  As I looked at many examples on the internet of sculpted Bull’s heads, I found that there are a several varieties of horn style which is true with real life bulls!  To narrow in on a style, I described sending Seth an email asking him to do some online research.I received his reply stating that he liked the shorter, stockier horns that turn up slightly on the ends.  He also sent a couple pictures to illustrate his desires which were very helpful.  As I’ve thought about this part of the project, fashioning one horn is not the greatest challenge, but fashioning two is!  The challenge is to match the two but in reverse orientation – left and right horns!  The pictures Seth provided are helpful, but there is a contrasting complexity even between the two examples he sent.  The picture on the left shows the horns set on a vertical platform shaped on the side of the bull’s head to allow the visible horn to have more mass with (I’m assuming) a smaller peg inserted into the holes.  Whereas, the example on the right, more like what I have on my worktable, the horn diameter and mass are confined to the diameter of the hole.  It seems to be that the general proportion of the examples Seth sent below and many of the online examples I’ve seen is that the visible horn is about half the width of the bull’s head. Unfortunately, in my 10th floor flat in the formerly Communist period apartment block, I do not possess much in the way of precision wood working equipment, like a lathe!  Shaping the horns will be by hand using a Dremel, files and sanding paper.  I plan to use cherrywood as the material for the horns.  Cherry trees grow almost everywhere in Bulgaria and there are several in the green area in front of our block.  A couple years ago I harvested a couple very straight branches from a cherrywood tree in the front green area to dry out and to use with a project of restoring a French made cherrywood Ropp stummel and stem.  I trimmed them down and they’ve been in my bucket waiting for some time – now, very much dried and ready.  The Ropp project will continue to wait! I begin with horn number one.  First, I cut a length of the cherrywood stem the width of the bull’s head.  I know that roughly half of this will be the horn.  The other half will be what is eventually inserted in the hole which is the ‘peg’ side.In order to give a center orientation for the peg, I use a small sanding drum to trace a guide circle.After drawing a line around the piece of wood to mark the extent of peg shaping, I use a sanding drum in a circular motion around the end  and gradually shape out the peg. As I was progressing on shaping the horn peg, I notice the line of a grain crack – ugh.  I decide to see if it might work after some sanding and filing, but the crack will be a problem.  I’m hoping that this is not characteristic of this wood! I move on and start over.With the second start, I decide not to cut the short piece of cherrywood but to shape the horn peg first.  I do this so that I can save wood if I must cut it off again and restart.  Again, I mark the center horn peg template and use the sanding drum mounted on the Dremel to shape the peg.I sanded and tested the fit a few times until the horn peg finally found home in the side of the bull’s head! Next, I cut off the smaller piece measuring to leave a little more than half the width of the Bull’s head.  I leave extra length to enable me to sand down to a good fit.Next, with the picture that Seth sent to me showing the horn style he likes, I draw a horn template on the cherrywood inserted into the hole.  The most critical thing at this point is to have a guide to help me stay within close parameters of proportion as I shape the horn step by step.Remembering that the first horn is easier than the second, I use the rounded angle of the sanding drum to create a consistent angle for the upswing of the horn tip.  I’ll do the same for the second horn to minimize differences.  With the Dremel set to slow, I press the drum into the wood to create the horn tip upswing angle. I then remove the remaining excess wood on the upper side of the horn bringing the top parallel with the upper side of the peg. Next, I turn the horn shaping over, with the horn tip facing down, to now work on the bottom of the horn. The hand saw cuts the excess off the cherrywood piece so that the cut is very close to the end of the horn.  This saves on sanding.Again, using the sanding drum mounted on the Dremel, I begin to take wood off the lower side of the horn piece.  I start by sanding a horizontal base-line which identifies the horn’s lower side.As the sanding moves toward the end of the cherrywood – toward the horn tip that is facing downwardly, I curve the sanding so that the angled underside of the horn is shaped toward the inverted horn tip.The roughing out of the upper and lower horn is looking good and it resembles a paddle at this stage.  The next 3 pictures show the horn from the different angles and the excess wood on the end identified by the template is still needing to be sanded to better define the horn tip. I insert the rough horn into the bull head to make sure I’m tracking in a good direction.  I’m looking for good proportions. So far, very nice – but again, the first horn is easier!I transition to a smaller sanding drum to begin the removal of the excess wood on the front and back portions of the rough horn.  The horn starts to emerge very nicely during this part of the sanding which is patient – I am very careful sculpting with the sanding drum.  I can’t replace wood!After patient shaping, I test the emerging horn and it looks great!  The proportions are good on both the horizontal and vertical axis.With the challenge of now replicating the roughed-out horn, but in reverse, I try to emulate the same process and patiently move step by step.  I draw the peg template and again use the drum to shape out the peg.When the peg arrives in time with a good fit, I use the finished horn to draw a template on the second horn piece.Again, using the sanding drum, the angle is notched out creating the pitch toward the horn tip.As before, I then remove the excess on the top bringing it roughly parallel to the upper side of the peg.  With this done, I cut the cherrywood for a more manageable piece.To shorten this part of the write-up, after much careful sanding, shaping and test fittings, I arrive at two roughed-out horns.They aren’t identical but close enough to pass for the real deal!To leave the horns in semi-rough condition with some texture, I sand both with 240 and 600 grade papers.  This smooths the cherrywood but keeps the horns more rustic.I’m not sure what it will do with the raw cherrywood, but I apply Before & After Restoration Balm to see what happens.  After applying the Balm with my fingers, I let the Balm do its thing for about 20 minutes.  The light cherrywood didn’t change much, but there is a more of a ivory-like hue to it now. Not bad.Almost in the home stretch.  Using BSI Maxi-Cure Extra Thick CA glue, I glue the horns in place.  After placing a drop in each hole, with a toothpick, I spread the glue around the circumference of the hole.  I then insert each horn and pitch it up as Seth requested.Now the home stretch.  All that is lacking is applying carnauba wax to the pipe.  After reuniting stem and stummel, I mount a cotton cloth buffing wheel to the Dremel and set the speed to about 40% full power.  I apply carnauba wax to the stem and Sculpted Bull’s Head stummel and horns.  I’m careful to go light on the wax in the sculpting staying primarily on the smooth briar and peaks. After application of the wax, I give the Churchwarden a rigorous hand buffing with a microfiber cloth to raise the shine.Oh my!  I love it, and I trust that Seth will as well.  His idea of turning this Sculpted Bull’s Head into a Churchwarden is a winner hands down.  The sculpting cleaned up nicely and the dark brown dye with the contrast highlighting with smooth briar is attractive, but the rustic air of the pipe is preserved.  I’ve never fashioned horns in a restoration before this project, but I believe the Bulgarian cherrywood looks good and does a good job emulating the horns.  Fashioning the horns wasn’t easy, but I’m pleased with the outcome. As the commissioner of this project, Seth will have the first opportunity to acquire this Sculpted Bull’s Head Churchwarden from The Pipe Steward Store.  This pipe benefits the Daughters of Bulgaria, women and girls who have been trafficked and sexually exploited.  Thanks for joining me!

Finally Getting to Finish a Churchwarden Stem for a Chimera Bowl that Alex gave me.

Blog by Steve Laug

Over a year ago Alex gave me a second bowl by Tedd Weitzman that needed a stem. I recall that when he passed it to me that he said that Tedd had given the bowl to him to finish some time. It was one of Tedd’s early pipes and one that he had never finished. Now the bowl had made its way with Alex from Atlanta, Georgia to Vancouver, BC he moved here. As we spoke about it over the past months Alex thought that maybe it would make a good churchwarden. I figured that it would but I did not have a stem that would work for that at the moment so it went in the box of pipes that I have to work on for Alex.

Sunday evening I took the bowl out of the bowl and had a look at it. I turned it over in my hands several times and studied it. It is an interesting bowl and not a shape that I have a ready name for. Alex has said that it was made around the same time as the Chimera pipe that I had worked on for him previously (https://rebornpipes.com/2018/07/06/adding-some-length-to-a-chimara-blowfish/). Tedd Weitzman commented on the previous pipe and remembered it well. The Blowfish pipe that I wrote about in the above blog was stamped Chimera while this one bore no stamping. It was an unmarked bowl so I was going with Alex’s memory about it. The way that the pipe was designed it worked as a sitter without a stem. Hopefully it would do the same with the new stem I was going to fashion for it. There was some rim darkening on the back side of the rim top and a small nick on the front edge. The mortise was drilled in the peak of the shank end that was almost a tortoise shell shape. Describing it is a bit of a challenge but this might work. If you can imagine a tortoise of turtle shell – the mortise came out where the head and neck would have extended. There was some damage around the thin edges of the shank end and some wear there as well. Here are some photos of the bowl. Tedd and I had another common friend besides Alex – John Offerdahl. I could not immediately get a hold of Alex this morning so I sent a quick message to John. For the life of me I could not remember Tedd’s name or the brand of the pipe that I had done previously. When it was finished Alex had me send it to John who passed it back to Tedd… the circle closes. John responded promptly this morning that the pipe was definitely on that was made by Tedd. It was made during the time that he and Tedd had made pipes under the Chimera name around 2010.

I remembered that the Chimera was a creature from Greek mythology that was often depicted as a creature that was a hybrid. It often was shown as having the head of a lion and a got and a snake’s head at the end of the tail. Throughout time it has been used to mean any fictional creature composed of multiple different animals. Knowing John’s love of literature I was pretty sure that this is what was in his mind when he came up with the brand name for the pipes.

One of the reasons for me taking the pipe out of the box on Sunday evening was that I had received a stem that my brother Jeff had picked up at an auction on Friday. It was an older KBB stem probably from a Yello-Bole. The threads on the screw in tenon were worn and thus the tenon was really not usable. There was a worn and damaged propeller logo on the stem top that was off centre. I think that the stem was a replacement and that the logo was an afterthought. Here is what the stem looked like after I had wiped off the sticky spots and spilled glue that was on the surface. There were some tooth marks and chatter on the button end and the airway and slot were filled with debris and tars. The curve of the stem was perfect and the straight button end worked far better for me than a flared or fishtail end.I heated the metal tenon with the flame of a lighter and softened the glue holding it in the stem. I unscrewed it from the stem with a pair of pliers and wiped down the end of the stem. I faced the stem end on a topping board to make it smooth and square and used my Dremel and sanding drum to give the end a slight taper so that it would fit in the mortise of the bowl. I took a few photos of the stem in place – very roughly with more work to do but you can see the direction I was heading with this one. Yesterday I took my wife and two of my daughters down to Bellingham, Washington to do a bit of shopping with their Christmas money. The mall is great because it has a large circular waiting area that is comfortable and well lit so I planned ahead for my wait. I took the stem and bowl with me along with several folded pieces of 220 grit sandpaper. The girls had a great time shopping and I had a nice coffee and worked on the fit of the stem to the shank. We both had a great day. In the photos that follow you can see the conical shape of the tenon end of the shank. It fits snugly in the shank. This morning I worked on polishing out the remaining oxidation with 220 grit and 400 grit wet dry sandpaper. I like the overall look of the stem. I took photos of the stem after sanding it.I rubbed the stem down with Denicare Mouthpiece Polish. I have a few tins of this laying around so I am trying to use them up. I have found it is a great pre-polish for my use as it shows me areas that I need to work on with the micromesh sanding pads.  I polished the stem with micromesh sanding pads – wet sanding with 1500-12000 grit sanding pads. I wiped it down after each pad with a damp cloth to remove the sanding dust. I polished it further with Before & After Pipe Polish – both Fine and Extra Fine. I finished by rubbing the stem down with some “No Oxy Oil” to protect the vulcanite. I am experimenting with the product from Briarville and tracking how it works so I can write a review of it. I cleaned up the darkening on the back side of the rim top and the nick on the front edge with 220 grit and 400 grit wet dry sandpaper. I also worked over the areas around the mortise that had nicks and damaged spots with the sandpaper. I was able to smooth them out using the same papers. I polished the rim top and shank end with micromesh sanding pads – wet sanding with 1500-12000 grit pads and wiping it down with a damp cloth after each pad. I restained the sanded areas with an Oak stain pen to blend it into the rest of the finish.I rubbed the bowl and rim down with Before & After Restoration Balm. I worked it into the surface of the briar with my fingertips to clean, enliven and protect it. I let the balm sit for a little while and then buffed the pipe with a cotton cloth to raise the shine. I really like watching the Balm do its magic and bring the briar alive. This interestingly shaped Chimera Bowl has some really beautiful grain all around the bowl and shank. The grain really is quite stunning. The bowl while uniquely shaped is very symmetrical. The placement of the mortise at the peak of the shank would have made fitting a stem difficult. I can see why it was left stemless and unmarked. I decided to go with a military style mount that would fit well without changing the shape of the shank end. The long, bent Churchwarden vulcanite stem is high quality and shined up well. I buffed the bowl and the stem with Blue Diamond polish to raise the shine on the briar and the vulcanite. I gave the bowl and stem multiple coats of carnauba wax. I buffed the entire pipe with a clean buffing pad to raise the shine. I hand buffed it with a microfiber cloth to deepen the shine. The finished pipe is shown in the photos below. The dimensions of the pipe are: Length: 11 inches, Height: 2 ¾ inches, Outside Diameter: 1 ½ inches, Diameter of the chamber: ¾ inch. This uniquely shaped briar bowl and long stem work together to make a Churchwarden that feels great in the hand. Its length makes it a perfect pipe for sitting and reading a good book or watching a movie. It is light in weight which also adds to the charm. It was a pleasant one to work on and a definite change of pace from Bob Kerr’s estate. Thanks for walking through the restoration and restemming of this pipe with me.

Fashioning a Churchwarden as a Christmas Gift for my Son

Blog by Dal Stanton

One of the advantages of having ‘The Pipe Steward’ in the immediate family is that there’s a very good probability that his gifting patterns might reflect one of his favorite pastimes – restoring pipes!  Over the years, it has given me great joy to gift my loved ones – sons and daughters(!), with pipes that I’ve restored.  There are at least two reasons for this.  First, they receive a beautiful pipe which has been given the TLC that brings it again to a pristine condition – often better than new!  They can enjoy the composite beauty of its shape, grain formations and hues.  Additionally, understanding a pipe’s story through the research and write-up that accompanies each recommissioned pipe adds to the overall appreciation for the pipe.  The pipe itself is the first part of a growing legacy.  Secondly, the fact that the gift has passed through the care and attention of my hands, restoring the pipe’s condition, adds my personal part to the pipe’s legacy.  The ‘Giver’s’ story is added to the pipe and is then associated with the pipe by the loved one that that receives the pipe, becoming its new steward.

My son, Josiah, is coming from St. Louis to join his mother and I for Christmas here in Bulgaria.  He joins his sister, Johanna and her husband, Niko, who have come to Sofia from Nashville.  Both Josiah and Johanna, our two youngest, lived here with us when they were teens.  So, they are coming ‘home’ for Christmas and this is special for them and for us.  Two additional things add to the specialness of this Christmas reunion.  First, Josiah is bringing with him a young lady for mom and dad to meet!  They met in college and have cultivated a relationship.  She’ll be coming to meet his parents….no pressure!  Secondly, Johanna and Niko are also bringing a special gift – we just found out that they are expecting their first little one to add to our growing number of grandchildren!  Gifts are special during Christmas and they come in different ways.  The greatest gift is the reason we celebrate Christmas – God’s gift of his Son, Christ, given to a dying and broken world to bring the gift of life.

For this Christmas, a Churchwarden will be fashioned for Josiah.  I enjoy repurposing forgotten bowls to give them new life by simply mounting them to a long, flowing Warden stem.  The uniqueness of the Churchwarden is that it is not primarily the style of bowl that makes it a Churchwarden, but the length and style of the stem.  From Bill Burney’s description in Pipedia we discover this information.I found two bowls in my box that held CW potential.  A petite ‘Made in England’ Bent Billiard with the shape number 950 on the shank.  No other markings.  It’s a classic petite English pipe which is attractive by itself, but so far, no one has shown interest in adopting him from the ‘For “Pipe Dreamers” Only!’ online collection where pipe men and women commission pipes for restoration benefitting our work here in Bulgaria with women and girls who have been trafficked and sexually exploited – the Daughters of Bulgaria (Incidentally, if you go to this link you will see our daughter, Johanna, a few years ago painting a picture depicting our work with the Daughters).  I believe this bowl will serve as a gift for my son-in-law, Niko – next in queue.  The other bowl is a rusticated bowl with the sloppy stamping not fitting the smooth panel on the shank’s left flank.  Here are the candidates.As I evaluated the two, I decided on the rusticated bowl for my son, that is rustic and will give the newly fashioned CW an ‘Ole World’ feel.  I take a closer look at the ‘Rustic’s’ nomenclature.  The sloppy stamping shows ‘ERMOFILTER’ – with ‘’ER” running over onto the metal stem facing and stem, [over] ‘ORTED BRIAR’ (with the ‘IAR’ running over!) [over] ‘ITALY’, the COM.  Undoubtedly, the stamping’s aim was to reveal the name, ‘Thermofilter’ which is not found in Pipedia but Pipephil.eu has this panel of information with a ‘?’ indicating the COM.  The Thermofilter on my work desk adds Italy as the country of origin.I acquired this pipe while in the US a few years back at Madeline’s Antique Store in Manchester, Tennessee, just off Interstate 24.  It was a quick stop as we were traveling through and saw the billboard and decided to stop.  It was a very fruitful detour as I found a Dunhill in the wild and purchased it for a pittance.  In the picture below, the Dunhill (see link for this restoration: Another Wedding Trip Pick: A 1961 DUNHILL EK Shell Briar Made in England 1 4S) is visible (3rd from the bottom) and reminded me that this was on the trip when Johanna and Niko were married!  The Thermofilter is barely visible on the right edge in the pipe stand.I take some pictures of the rusticated bowl to get a closer look and to mark the start. The bowl is a perfect size for a Churchwarden, which tend to be on the diminutive side.  The half bend will provide a great sweeping trajectory for the Warden stem.  The rusticated surface is dirty and needs a thorough cleaning of the crevasses. I’m attracted to the deep burgundy red finish of the briar.  It should clean up very nicely.  To begin the project, an inspection of the chamber reveals almost no cake at all, if any.  I go directly to the Savinelli Fitsall Tool to scrape the sides and then sand the chamber using 240 grade paper wrapped around a Sharpie Pen.  To clean the chamber of debris, I wipe it with a cotton pad wetted with isopropyl 95%.After cleaning the chamber, an inspection reveals no problems with heating cracks or fissures.  Yet, I discover something strange.  On opposite sides of the chamber wall I discover stampings of numbers and perhaps some letters.  I’ve never seen this before and I decide to send a note to Steve to find out if his rebornpipes experience would lend any help. Steve’s response to my inquiry was brief:

Nope never seen that. I have seen small numbers in the bottom of the bowl. Maybe heated like a branding iron. What is the nomenclature?

With no resolution to this mystery, I move on to cleaning the external surface. I clean the rusticated surface with undiluted Murphy’s Oil Soap.  A cotton pad starts the process, but I transition to a bristled toothbrush quickly to clean in the craggy cuts of the rusticated surface.   From the worktable scrubbing, I transfer the stummel to the kitchen sink where I continue to rinse the stummel with warm water and clean the internals using long shank brushes.  With warm water, I add anti-oil dish liquid soap and scrub using the shank brushes.  After rinsing again, returning to the worktable I take the following picture of the cleaned stummel.  I notice that the finish is partially removed from the smooth briar panel holding the nomenclature.To complete the removal of the finish on the panel, I wet a cotton pad with isopropyl 95% and rub the smooth briar panel as well as the smooth briar ring circling the shank end.  This will provide a distinct contrast later during the finishing stage. What I also notice from the soiled cotton pad is that the finish color appears to be an Oxblood hue.     Moving now to cleaning the internals in earnest with cotton buds and pipe cleaners wetted with isopropyl 95%, I find that the mortise is clean!  This doesn’t happen often and I’m thankful for the shortened work!I now transition to fashioning the Churchwarden stem.  The first step is to fashion the oversized tenon of the precast Warden stem.  Using the electronic caliper – which was one of the best additions to my tool chest! – I take a measurement of the mortise diameter which is 7.86mm.  This represents the eventual sizing diameter of the tenon after sanding it down to size.The next step is to cut a starting test cut on the tenon using another great addition to my tool chest – the PIMO Tenon Turning Tool that I acquired from Vermont Freehand (https://vermontfreehand.com/).  I keep the directions on the wall in front of me for easy reference!  Before using the tool, the PIMO kit provides a drill bit to pre-drill the airway of the precast stem to fit the Tool’s guide pin.  After mounting the bit on the hand drill, I drill the airway.  Next, I mount the stem onto the PIMO tool which has replaced the drill bit on the hand drill.  Opening the carbon cutting arm to just a bit smaller than the diameter of the raw tenon, I make an initial cut of the tenon for measurement purposes.  The sizing is 9.79mm.  This is the starting point for sizing down the tenon.  Generally, it’s not a good idea to cut the tenon with the PIMO tool aiming for an exact finished target size (7.86) because of the danger of taking off too much.  It is also true that each fitting tends to be different.  So, the approach is to come to the target sizing in a more patient, conservative pace.  I add about .40 mm to the target size of 7.86 which identifies what I call the ‘fat’ target to aim for with the PIMO tool then transitioning to sanding by hand.  Adding .40mm to 7.86 results in a fat target of about 8.26mm.  This means I need to remove additionally about 1.50mm (9.79 minus 8.26) with the PIMO tool.Using the Allen wrenches to adjust the carbide cutting arm to a tighter cut, I first cut a test and measure.  I want to make sure I’m not over cutting before traversing the entire length of the tenon. And I’m glad that I did the test cut!  The test cut measured 6.72 – smaller than the target size!  The second test cut measures at 8.10mm – falling between the fat target and the target size – I go with it.  I cut the entire tenon as well as cutting into the stem facing just a bit to make sure that the edge is squared and not shouldered from the original precast stem.The cut is ideal.  The tenon is still larger than the mortise so that sanding now will ease into the fit and make it more customized.It doesn’t take too long with sanding for the mortise fully to receive the newly shaped tenon.  A coarse, 120 grade paper is used initially to do the heavy lifting then 240 follows to fine tune.  The fit is good.There is no perfect union and this picture shows the shank facing extending a bit beyond the stem facing.I wrap the shank with masking tape to provide some protection to the rusticated finish as I sand to bring the shank facing and stem into alignment.  As before, focusing on the fitting first, I start with coarse 120 and follow with 240 to sand the junction.    When the junction transitions smoothly from the shank to the stem, I transition to the stem proper.  The picture below shows the casting seam down the side of the stem.  This seam as well as the ripples that are always present in a precast stem are sanded out.After some effort, and a lot of rubber dust(!), the ripples and seams are sanded with coarse 120 grade paper.  These pictures are not easy to see detail, but if ripples remained, they would be evident with the different hues on the stem.Next, I work on the bit and button shaping.  You can see the rough condition of the button and the vulcanite excess on the slot.  The darkening of the vulcanite forming a ‘V’ in the middle of the bit shows how the surface of the precast stem dips as it flares out to the stem edge. This will be filed out and the button shaped using a flat needle file.   The following two pictures show the progress of filing.  To remove the valley dip of the surface, I file down the outside valley ridges that are higher.  At the same time, the filing sharpens the button lip.  The first picture shows the initial lateral filing to bring the bit surface into a more level state.The next picture shows the leveled bit surface after the outer quadrants have been rounded and shaped toward the stem edges.The final filing for the lower bit completed.The slot is rough.  After filing the excess vulcanite to level the slot facing, I see a small divot in the inner edge of the slot which I didn’t picture!  A round pointed needle file fits nicely into the slot allowing uniform filing of the inner slot edges – upper and lower.  With the heavy-duty sanding and filing completed. I use 240 paper to fine tune the bit and button shaping.  At this point, the button perimeter is sanded.I follow the fine tune sanding of the button by sanding the entire stem with 240 grade paper.The next picture was to remind me to remark about how nasty working in rubber dust is!  It, without question, is the least desirable part of fashioning new Churchwardens!  This Bulgarian designed work cloth will be going into the soak tonight!The Warden stem is transitioned to the kitchen sink where 600 grade paper is employed to wet sand the entire stem. During the entire sanding process, the stem and stummel remain joined so that the sanding creates a perfectly uniform union with stem and shank. Before transitioning to the micromesh phase, I file the end of the tenon where excess and rough vulcanite persists.  Using the flat needle file, it is dispatched quickly.The question in my mind is whether to bend the stem now or go directly into the micromesh phase.  By leaving it unbent at this point makes continued sanding easier, and this is what I do. Using 1500 to 2400 grade micromesh pads I wet sand the stem followed by dry sanding with pads 3200 to 4000 and 6000 to 12000.  Between each set of 3 pads I apply Obsidian Oil to condition the vulcanite.  I only show one picture of this process instead of the usual 3 because capturing the detail with the long stem is not possible. I do, however, take close-ups of the upper and lower bit. The next step is to bend the Churchwarden stem.  The goal is to bend the stem so that the end of the stem, the bit, is on a parallel trajectory with the plane of the rim of the stummel.  I sketch a template to help visualize and compare.I use a hot air gun to heat the vulcanite.  I continually rotate and move the stem over the hot air to avoid scorching the stem and to heat more evenly a section of the stem.  To begin, I focus the bend more toward the middle of the stem, where the stem is thicker.  If I heat the entire stem at once the thinner portion at the end of the stem will heat and bend first creating a sharper angle – which I am trying to avoid.  A sweeping bend is what I like best.As the stem is heated, gentle pressure is applied so I know when it becomes supple enough to start bending.  The first step focusing on the middle bend is below.  After I bend it, I hold it in place until I run it under cold water in the kitchen sink to hold the bend.  As expected, the trajectory of the end of the stem is still a little high.  The next step of heating I avoid the middle of the stem and heat the section about 3/4 up the stem – the thinner section.  After heating and bending more, again I take the stem to the sink to cool the stem with water to hold the angle.  The template shows that I’m in the sweet spot.  Notice I inserted a pipe cleaner in the end of the stem to be on the safe side – guarding the integrity of the airway as it bends.  It looks good and I move on. Next, the stummel awaits attention.  After removing the freshly bent CW stem and putting it to the side, I take a fresh look at the rusticated stummel that, to me, resembles craggy tree bark.  I like it! Before addressing the stummel, I first run the smooth briar nomenclature panel and ring around the end of the shank though the full battery of micromesh pads, 1500 to 12000. I like the craggy/smooth contrast.My aim with the stummel is to refresh the hue, which appears to be a subtle Oxblood.  Using Fiebing’s Oxblood aniline dye, I will apply it like I usually do – painting and flaming with a lit candle.  Then, during the following ‘unwrapping’ stage, I will not use Tripoli compound as I usually do.  The reason for this is that the compound will get caught in the crags and that would not be fun to remove.  I think the felt buffing wheel on the Dremel will be enough by itself to effectively unwrap and abrasively buff to remove excess crusty flamed dye.  Creating more contrast in the craggy landscape of the rusticated surface and the smooth peaks of the rustication is the aim.  At least this is my hope!  I assemble my desktop staining kit.  After wiping the stummel with a cotton pad wetted with alcohol to clean it, I warm the stummel over the hot air gun to expand the pores in the briar to help it be more receptive to the dye.  Then, using a bent over pipe cleaner, I apply the Oxblood dye in sections and flame the wet dye with a lit candle.  The alcohol in the dye combusts with the flame and sets the dye in the briar surface. After working through the entire stummel painting and flaming, I set the stummel aside to rest for several hours allowing the dye to set.Later, with a cotton cloth wheel mounted onto the Dremel and the speed set to 40% full power, I apply Tripoli compound only to the smooth briar nomenclature panel and ring around the shank end.Next, I mount a felt cloth buffing wheel onto the Dremel, setting the speed to the slowest possible, and go over the entire surface working the edges of the buffing wheel in the valleys and ridges of the rusticated surface.  The slower speed is to avoid over heating – I don’t want to start a fire with the coarser buffing wheel!I also concentrate on the upper peaks of the ridges that present very small smooth briar surfaces that are buffed.I like the contrasting effect of this process – the changing hues of the Oxblood from valleys to peaks with the smooth briar and rough briar – nice.Not pictured is mounting another cotton cloth buffing wheel onto the Dremel, setting the speed at 40%, and applying Blue Diamond compound only to the smooth briar nomenclature panel and ring around the end of the shank and to the Warden stem remounted to the stummel.  Finally, with another cotton cloth buffing wheel mounted onto the Dremel, set at the same speed, I apply carnauba wax to the entire pipe – stem and stummel. Over the rusticated surface, I increase the speed of the Dremel to about 60% full power to create more heat to dissolve the wax in the rusticated landscape.  This helps in keeping the wax from caking in the rough surface. I finish the newly formed Churchwarden by hand buffing with a micromesh cloth and brushing the stummel with a horsehair brush to raise the shine.

The Oxblood coloring of this rusticated bowl came out exceptionally well. My eyes are drawn to the contrasting of the flecks of smooth reddish briar populating the rusticated landscape.  The rustic feel of the bowl is enhanced by the ring of Oxblood smooth briar transitioning from the rough bowl to the long, black Warden stem.  The Oxblood shank ring contrasting with the stem simply pops.  Of course, the long, sweeping bend of the stem is why every pipe man or woman wants at least one Churchwarden in their collection.  This Churchwarden is heading under the Christmas tree here in Bulgaria as a gift for my son. My joy is completed knowing that in the future, when he pulls it out and fills it with his favorite blend and settles in to have some moments of reflection that he will reflect on this special Christmas in Bulgaria!  Thanks for joining me!  Merry Christmas!

Restoring and Restemming an LHS Rusticated Sterncrest Billiard

Blog by Steve Laug

I am doing periodic repairs for a local pipe/cigar shop. They give my card to people who come in needing pipe repair. On Monday I received a call from a fellow who had an older LHS pipe that he had picked up in Europe on a trip. It turned out he lived around the corner from my house and he and his wife walked over with the pipe. It had an interesting rustication pattern around the bowl and shank that was unique. It sported a gold band on the shank that was original. The bowl exterior was very dirty. The rim top had lava overflow in the grooves and the bowl had a very thick cake inside it. The inner and outer edges of the rim looked very good. The stem had been jerry-rigged to function on the pipe before half of the button and back end of the stem had broken off. It looked like someone had used a knife and cut down the stem to make it a saddle stem. They had also carved a button on the stem. The saddle on the stem was in very rough condition and the carving marks in the stem surface were very rough. The young guy and his wife who dropped it off were hoping to get a new stem made and I was hooked and want to do that for them. I took photos of the pipe when it arrived so I had a benchmark to work with. I took a photo of the stamping on the underside of the shank. It was very readable and was stamped Sterncrest of LHS in a diamond and underneath Imported Briar. Next to it was stamped 14K. The gold band was also in good condition but scratched. I also include a photo of an LH Stern sign that was included on Pipedia (https://pipedia.org/wiki/LHS). I have included the information below from the article on Pipedia (https://pipedia.org/wiki/LHS). It gives a great brief history of the brand that is a quick overview of the Company.

Ludwig Stern, a successful pipe manufacturer since 1893 and closing around 1960, reorganized his company along with his brother Hugo Stern, opening a factory in 1911. They named the company L&H Stern Smoking Pipes & Holders. The newly formed company was moved into a six story building on the corner of Pearl and Waters street Brooklyn, NY.

Thoroughly organized in all departments, and housed in a well-lighted and ventilated modern office and manufacturing building, the firm of L&H Stern Inc. is located near the first arch of the Manhattan bridge, near the river and convenient to the Brooklyn bridge, which makes it accessible from all the hotels in the metropolis for visiting buyers. The structure is six stories with a seventeen-foot basement, with light on three sides through prismatic glass windows, the first floor being seven feet above the sidewalk. Light enters the upper floors from all four sides.

L&H Stern is known to every important wholesaler and jobber in the country. LHS manufactures a complete line of briar pipes. Ginmetto wood pipes are also made, as well as Redmanol goods, the man-made amber. The first substitute for amber. Everything, even down to the sterling silver and other metal trimmings are made under one roof.

To begin the process of the restoration on this pipe I decided to see what kind of stem I had to replace the one that came with the pipe that was dropped off for me. I went through my can of stems and found a thin tapered saddle stem. It was more delicate looking than the broken one and I felt like it would look very good with the lines of the rustication on the bowl and shank. It was in good condition other than some light oxidation. I set the new stem aside and turned my attention to the bowl. I needed to clean out the bowl and shank before I fit the new stem on it. I reamed it with the third cutting head on the PipNet pipe reamer. I took the cake back to bare briar. I cleaned up what was left with a Savinelli Fitsall Pipe Knife and finished with sanding the bowl with a piece of dowel wrapped with 220 grit sandpaper to smooth out the walls on the bowl.   With the cake cleaned out of the bowl, it was time to clean the shank and airways. I used alcohol, cotton swabs and pipe cleaners to scrub out the shank. I scraped the walls of the shank and mortise clean with a dental spatula to clean up the built tobacco lacquer on the walls. Once it was scrubbed clean the pipe smell much better.I scrubbed the exterior of the bowl with Murphy’s Oil Soap and a tooth brush to remove the grime. I used a brass bristle brush to scrub the rim top with the soap. I rinsed the grime off the bowl with warm water and dried it off with a soft cotton cloth. Once the grime was gone I found flecks of white paint in the grooves of the rustication. I picked them out with a dental pick and used the wire brush to clean up the debris of the paint flecks. I rubbed the bowl and rim down with Before & After Restoration Balm. I worked it into the surface of the briar with my fingertips to clean and worked it into the rustication with a horsehair shoe brush. The balm work to enliven and protect the briar. I let the balm sit for a little while and then buffed with a cotton cloth to raise the shine. I really like watching the Balm do its magic and bring the briar alive.  I sanded the scratches and tooth chatter out of the stem surface and the saddle with 220 and 400 grit sandpaper. I worked it over to remove the oxidation that remained in the stem surface.I rubbed the stem down with Denicare Mouthpiece Polish. I have a few tins of this laying around so I am trying to use them up. It does a pretty good job polishing the stem.The stem was looking much better. I polished it with micromesh sanding pads – wet sanding with 1500-12000 grit pads. I wiped the stem down after each sanding pad with Obsidian Oil. I polished it with Before & After Pipe Stem Polish – both Fine and Extra Fine. Once I had finished the polishing I gave it a coat of a new product I am experimenting with from Briarville Pipe Repair. It is called “No Oxy Oil” and it is made to protect the stem from oxidizing. I set it aside to dry.   As usual at this point in the restoration process I am excited to be on the homestretch. I look forward to the final look when it is put back together, polished and waxed. I put the bowl and stem back together. I polished the bowl and stem with Blue Diamond to polish out the scratches in the briar and the vulcanite. I gave the bowl and the stem multiple coats of carnauba wax. I buffed the pipe with a clean buffing pad to raise the shine. I hand buffed it with a microfiber cloth to deepen the shine. The pipe polished up pretty nicely. The grain really pops with the wax and polish. The shiny black vulcanite stem is a beautiful contrast to the textures and the various browns of the bowl and shank. This LH Stern (LHS) Sterncrest Billiard was another fun pipe to work on thanks the fact that I could in essence start over with it. The thin saddle stem looks really good with the rustication on the bowl and shank. The original 14K Gold band on the shank looks very good breaking up the shank and the stem. It is a real contrast and binds it all together. It really is a quite stunning piece of briar with an unusual rustication on the bowl. The pipe is comfortable pipe to hold in the hand. The finished pipe is shown in the photos below. The dimensions of the pipe are Length: 5 ½ inches, Height: 2 inches, Outside diameter of the bowl: 1 ¼ inches, Chamber diameter: ¾ of an inch. This newly stemmed piece of  pipe history will soon be going back to my neighbour who I think is really going to enjoy it. It is a piece of he and his wife’s travels so now he can enjoy it with the memories of the find. Thanks for reading this blog and my reflections on the pipe while I worked on it. This is an interesting estate to bring back to life.

Restoring and Replacing a Broken Tenon on a Scandia 263 Danish Freehand

Blog by Steve Laug

I am currently not taking on anymore restoration work from the internet or groups that I am part of on Facebook because of the large amount of estate pipes that I am working on to sell. But I have my name in at a local pipe shop here in Vancouver, British Columbia to do repair work for the shop as it comes in. there are no other pipe repairers in Western Canada that I am aware of so I feel a bit of an obligation to take care of these folks as they come. Fortunately there are not a lot of referrals but periodically they get pipemen or women stopping by with work – that is where I come in. They give them my number and email and then the repair work is between us. On Wednesday this week I received an email from one of their customers, Ron in Victoria, B.C. about a pipe that had been dropped and had a broken tenon. He described the broken stem and that left me with some questions. I had him send me photos of the broken pipe so I would be sure to have a clear picture of the issues. He said that the shank was not cracked and really the only issue was the tenon. He send the photos below so I could see what he was speaking of. Not too big an issue really – a cleanup and tenon replacement and the pipe would be good to go.After our emails back and forth he put it in the mail to me. It arrived on Friday and I took it out of the box to see what I was going to be dealing with on this pipe. Descriptions and photos are one thing but I like to have the pipe in hand to examine for myself. This is what I saw. The pipe was dirty and dull looking. There was some faint stamping on both sides of the shank. It was stamped Scandia over Made in Denmark on the left side and had the shape number 263 on the right side. There was a very uneven cake in the bowl that was crumbling. The tenon had snapped off almost smooth against face of the stem. The stem had some tooth marks and was oxidized. There was a faint SC on the left side of the saddle. It appeared that someone had tried to glue the tenon back on the stem – unsuccessfully. There was a lot of sloppy glue on the end of the stem and tenon. I took some photos of the pipe as it looked when it arrived. He had taped the broken tenon on the underside of the stem. The bowl itself was dirty with a crumbling cake about half way up the bowl from the bottom. The plateau rim top had tars and some darkening on the right top and edges. There was a large sandpit on the left side of the bowl near the rim and one on the underside of the shank that would need to be dealt with.  I removed the taped on broken tenon from the stem. I used a Dremel and sanding drum to take down the sharp edges of the old tenon remaining on the face of the stem. I wiped the face down with acetone on a cotton swab to remove the old glue. It was a sticky mess but came off quite easily with the acetone. When it was clean I used a series of drill bits to drill out the airway to accommodate the new threaded tenon. I usually start with a drill bit slightly larger than the airway and work my way up to the one that fits the tenon end. I used my cordless drill and the airway as the guide for each successive drill bit. This keeps things lined up.Once I have the airway drilled to accommodate the end of the tenon. I use a tap to thread new airway. The tenon replacements I use have a hip around the middle that I need to take down. I use a Dremel and sanding drum to smooth things out. I also rough up the threads to reduce the diameter to make room for the glue that I use to set the tenon in the stem.I used a needle file to smooth out the slight ridge at the end of the tenon. I sanded the tenon smooth to clean up the fit. I would further polish it once it was in place in the stem. I dribbled some Krazy glue on the threads and quickly turned it into the stem making sure that the alignment was correct.I took photos of the new tenon before I polished and finished it. The tenon is solid and the alignment in the shank is perfect. I set it aside to cure and turned my attention to the bowl.With the stem repaired I remembered that Ron had asked me to give him some background information on the brand so I paused at this point to gather the info. I turned to Pipephil’s site (http://www.pipephil.eu/logos/en/logo-s4.html) to get a quick overview. As expected the Scandia brand is a Stanwell second line. In this case the sandpits make it clear why it has this designation. I have included a screen capture of the pertinent section from the site.I turned then to the section on Pipedia that dealt with the Stanwell Sub-brands the Scandia pipe listed there (https://pipedia.org/wiki/Stanwell#Sub-brands_.2F_Seconds). I followed several other links listed on the article to check who designed this particular shape for Stanwell (https://pipedia.org/wiki/Stanwell_Shape_Numbers_and_Designers). Bas Stevens, a dear friend who know longer is living compiled a list of the shape numbers and their designer. The 263 was not listed there however, I remembered that the shape was actually a Stanwell shape 63. That shape was a Freehand with a plateau top and a saddle mouthpiece and was designed by Sixten Ivarsson.

To verify that my memory was correct I did a quick Google search for images of the shape 63 for comparison purposes. I include the photo below with thanks to http://www.Bollitopipe.it for the image (https://www.bollitopipe.it/en/hand-made-polished-royal-guard/18983-stanwell-royal-guard-63-bark-top.html). You can see that the shape is identical so that it is clear that the 263 and the 63 are the same shapes.With the background information gathered and summarized I turned my attention to the cleanup of the bowl. I reamed the crumbling and uneven cake out of the bowl. I left a very thin cake on the walls of the bowl. I cleaned up the small bits toward the bottom of the bowl with a Savinelli Fitsall Pipe knife. I finished by smoothing out the slight cake on the walls with a piece of 220 grit sandpaper wrapped around some doweling. I a soft bristle brass brush to clean off the debris in the plateau finish on the rim top. I was able to remove most of the darkening at the same time. While not flawless it looks significantly better.To clean the surface of the briar and remove the oils and dirt I scrubbed the briar with a tooth brush and undiluted Murphy’s Oil Soap. I rinsed off the bowl under warm water and dried it off with a soft cotton cloth. The finish looks much better with stunning grain. The sandpits are quite visible now that the pipe is clean. I repaired the sandpits with a few drops of Krazy Glue. I slightly overfill the pit with the glue as it shrinks as it cures. Once the repairs cured I sanded them with 220 grit sandpaper to blend them into the rest of the bowl. I polished the entire bowl with 400 grit wet dry sandpaper in preparation for the micromesh polishing. I polished the briar with micromesh sanding pads – wet sanding with 1500-12000 grit pads. After each pad I wiped the bowl down with a damp cloth to remove the sanding dust. The photos tell the story. I used a black Sharpie pen to darken in the deep grooves on the plateau as it would help to mask the darkening on the right and left side of the rim top and it would highlight and give depth to the finish. I rubbed the bowl down with Before & After Restoration Balm. I worked it into the surface of the plateau rim top and the rest of the briar with my fingertips and a horsehair shoe brush to clean, enliven and protect it. I let the balm sit for a little while and then buffed with a cotton cloth to raise the shine. I really like watching the Balm do its magic and bring the briar alive. With the bowl finished I turned my attention to polishing the stem. I sanded the surface of the stem with 220 grit sandpaper and 400 grit wet dry sandpaper to remove the remaining oxidation in the vulcanite and the last of the light tooth chatter.  I polished the stem with micromesh sanding pads – wet sanding with 1500-12000 grit pads. I wiped the stem down after each sanding pad with Obsidian Oil. I used some liquid paper to touch up the “SC” on the left side of the stem. I applied it and let it dry and cure. Once it had cured I scraped the excess off with a tooth pick. The “SC” looks very good.  I polished it with Before & After Pipe Stem Polish – both Fine and Extra Fine. Once I had finished the polishing I gave it a coat of a new product I am experimenting with from Briarville Pipe Repair. It is called “No Oxy Oil” and it is made to protect the stem from oxidizing. I set it aside to dry.I am happy with how this pipe looks compared to what it looked like when it arrived in pieces. It definitely has that Stanwell look to it – very Danish Freehand looking. I am excited to be on the homestretch with it and took it to the buffing wheel and polished it on the wheel with Blue Diamond to polish out the scratches in the briar and the vulcanite. I gave the bowl and the stem multiple coats of carnauba wax. I buffed the pipe with a clean buffing pad to raise the shine. I hand buffed it with a microfiber cloth to deepen the shine. The pipe polished up pretty nicely. The grain really pops with the wax and polish. The shiny black vulcanite stem is a beautiful contrast to the blacks and browns of the bowl and shank. This Scandia Made in Denmark Freehand was fun to bring back to life. It really is stunning piece of briar whose shape follows the flow of the grain. The pipe is comfortable pipe to hold in the hand. The finished pipe is shown in the photos below. The dimensions of the pipe are Length: 5 ½ inches, Height: 2 inches, Outside diameter of the bowl: 1 ¾ inches, Chamber diameter: ¾ of an inch. This beautiful pipe will be going back to Ron tomorrow. If the mail is as fast as it was bringing it to me he should have it in hand by the first part of the week. I hope that he enjoys this beauty and that it serves him well. Thanks for reading this blog and my reflections on the pipe while I worked on it. This is an interesting one to bring back to life.

Fashioning a Churchwarden by Reclaiming an East German Howal Sculpted Apple Bowl

Blog by Dal Stanton

One of the ways I can help benefit women and girls who have been trafficked and sexually exploited – the Daughters of Bulgaria,is by fashioning Churchwardens from discarded repurposed bowls.  I enjoy taking discarded bowls, no longer serving any purpose, and after restoring them, mounting them on the fore of a long, flowing Warden stem.  Suddenly, the metamorphosis is realized – the neglected and discarded again becomes a treasure, sought after with great value.  John, from Utah, saw another CW I created – Fashioning a Churchwarden from a Dimpled Bent Billiard Bowl when I posted it on the Old Codgers Smoking Pipe Facebook group, and he reached out to me to explore commissioning a Churchwarden for himself.  This was the Dimpled Bent Billiard Churchwarden got his attention:After some months, John’s CW project finally worked its way through the queue, patience always appreciated(!) – and as I told him before, when his project was on the worktable, I would contact him with choices for a bowl.  I spread out a selection of bowls next to a Warden stem and ruler.  The selection included bent and straight shanks and smooth and rusticated surfaces – and different shapes.  The unique thing about the Churchwarden shape is that its designation is not determined primarily by the shape of the bowl but by the length of the stem.  After taking a few pictures, and sending them to John, he made his choice.John’s chose a very nice-looking sculpted Apple shape pictured on the right, in the middle.  Through this choice, he expressed that he preferred a straight rather than a slightly bent Warden stem.  When I pulled that bowl aside and took a closer look at the shank, I discovered that on the left side was stamped the name, ‘Howal’ [over] ‘Bruyere’.Howal is not a well-known name in the West, but I became familiar with it after seeing several Howals here in Bulgaria – formerly under the Warsaw Pact, behind the Iron Curtain of the Former USSR.  Having previously restored a Howal – a rusticated Dublin, I enjoyed the research of the Howal name which was a mystery to me.  My research uncovered not only the origins of the pipe in former East Germany, but that the city where Howals were produced was a historical center for pipe manufacturing in Germany that pre-dated WW2.  A fascinating story that I wrote of in this restoration: Checkered History and Heritage of an East German Howal Old Briar Rustified Dublin.

Pipedia’s article that I sited in that write up was both interesting and helpful in understanding the predecessor of and origins of the Howal name:

C.S. Reich was founded by Carl Sebastian Reich in Schweina, Germany in 1887. By its 50th jubilee in 1937 C.S. Reich was the biggest pipe factory in Germany.  In 1952, however, the owners of the company were imprisoned and the company itself was nationalized as Howal, an abbreviation of the German words for “wood products Liebenstein” or “Holzwaren Liebenstein”.  By the 1970’s Howal, after acquiring many other smaller pipe making firms, was the sole maker of smoking pipes in East Germany. In 1990, with the fall of the Berlin Wall and reunification of the Germanys, the company was closed.

As I reread that previous research on the history of the Howal name for this write-up, I decided to restate my observations in full because I don’t restore Howals often and the history and human story draws me to retell the story as I transform this Howal bowl into a Churchwarden.  From the previous restoration (my present comments in brackets):

While helpful for a broad sweep, I discovered much missing from this [Pipedia] summary and it raises more questions.  From another interesting source, Edith Raddatz’s lecture on tobacco pipe production in Schweina [a link which unfortunately is no longer working!] at the Tobacco Pipe Symposium in 2003, it describes a history of pipe production in this central German village that was reminiscent of my research into France’s pipe mecca, St. Claude.  A strong development of the pipe making industry can be traced in the 1800s to the apex of the C.S. Reich Co. being Germany’s largest pipe producer in 1937, but Raddatz’s lecture reveals that other producers of pipes were also based in the German village of Schweina.  Pipedia’s article above describes how the owners of the C.S. Reich Co. were arrested and imprisoned followed by the nationalization of the Reich Co. and becoming ‘Howal’, an acronym for “Wood Products Liebenstein” – Bad Liebenstein was the town that bordered and absorbed the village of Schweina. The question begs to be asked – which, unfortunately introduces the human tragedy wrapped around the name ‘Howal’ – Why were the owners arrested?  In an unlikely source, the website of the ‘Small Tools Museum’ adds the names of those imprisoned: shareholders Robert Hergert and Karl Reich.

Edith Raddatz’s lecture (referenced above) brings more light to the difficult geopolitical realities these people faced (Google translated from German – brackets my clarifications):

By 1945 the company, which had meanwhile [passed to] the next generation – Kurt Reich And Walter Malsch – [had] about 100 employees.   Among them were many women who mainly did the painting work.  At the beginning of the 1950s, an era ended in Schweina. The first [oldest] tobacco pipe factory in Schweina closed their doors. There were several reasons for this. Kurt Reich passed away in 1941, [and] Walter Malsch [in] 1954.  The political situation in the newly founded GDR made the conditions for private entrepreneurship difficult. The heirs of the company “AR Sons” [Reich family] partly moved to West Germany. The operation was nationalized, and later toys were made there.

In post WWII occupied Germany, the Soviet occupied section was declared to be a sovereign state and the German Democratic Republic (GDR) was established in 1949 (See link).  With a rudimentary understanding of Marxism and the economic philosophy undergirding it, it is not difficult to deduce what brought the demise of the C. S. Reich Co. and the formation of Howal.  Solidification of the FDR’s hold on power paralleled the necessity to nationalize private ownership and to institute a State-centered command economy.  These efforts gained momentum and forced companies/workers to work more with no additional pay.  In 1952, the year that the owners of C. S. Reich Co., were arrested, this edict was advanced (See link):

In July 1952 the second party conference of the Socialist Unity Party of Germany (SED) took place in East Berlin. In SED General Secretary Walter Ulbricht‘s words, there was to be the “systematic implementation of Socialism” (planmäßiger Aufbau des Sozialismus); it was decided that the process of  Sovietization should be intensified and the importance of the state expanded. The party was acting on demands made by Soviet premier Joseph Stalin.[2]

As a result, today Germany remembers the Uprising of 1953 which started in East Berlin, as factory workers revolted against the repression of the GDR, and spread to all East Germany.  Many lost their lives as Moscow responded to squelch the unrest with tanks on the streets.  In play also, was the mass exodus of people fleeing to West Germany, which included, per Edith Radditz’s lecture, the Reich family, who would have been heirs of the family’s legacy and company – pipe making.  Also, in 1953, completing the State forced abolition of any Reich claim, the largest pipe making company of Germany was seized, nationalized, and changed from C. S. Reich Co. to Howal.  As ‘Howal’, pipes continued to be produced, undoubtedly with the same hands and sweat of the people of Schweina, along with other wooden products, such as toys.  In the Pipedia article I quoted above, it said:

By the 1970’s Howal, after acquiring many other smaller pipe making firms, was the sole maker of smoking pipes in East Germany. In 1990, with the fall of the Berlin Wall and reunification of the Germanys, the company was closed.

My curiosity piqued, what does it mean when it says that Howal acquired many other smaller pipe making firms?  Should we question whether these words can be understood in the normal free market enterprise way we are accustomed?  Doubtful.

…So, as I had written before regarding the checkered history of the Howal name.  Now, as I look again at the Howal sculpted Apple bowl on my worktable, I take a few more pictures to mark the starting point and to take a closer look. I very much like John’s choice of a bowl to fashion a Churchwarden.  The sculpting of the classic Apple shape will look very nice as a Warden – with a rustic, ‘Olde World’ look to it.  The condition of the Howal bowl is generally good.  The chamber has a heavy cake which will be removed to give the briar a fresh start and to check the chamber wall for heating problems.  The rim has some crusting lava overflow that needs cleaning. The rusticated surface with the intricate ribs carved into the sculpting also needs scrubbing to remove grime lodged in the wood.  Before working on the stem, I start the Howal Churchwarden project by using the Pipnet Reaming Kit.  After taking a picture of the chamber showing the tightening chamber as the cake thickens, I use the two smallest blade heads of the 4 available and ream the chamber.  The cake proves to be stubborn – hard as a brick.  After the Pipnet Kit, transitioning to the Savinelli Fitsall Tool, clearing the cake continues as the tool scrapes the chamber wall. Finishing this phase, I wrap 240 paper around a Sharpie Pen and sand the walls and then wipe the excess carbon dust with a cotton pad wetted with alcohol.

After completing the removal of the cake and cleaning the walls, an inspection reveals no heating problems.  I move on.Next, using undiluted Murphy’s Oil Soap I begin the external cleaning. I also employ a bristled toothbrush to get into the crevasses of the sculpted vertical sweeps, which are more detailed upon closer inspection. Within each crevasse, fine lines have been carved to provide a classier sculpted appearance. I like it. From the picture above, the lava flow caking on the rim is evident. A brass brush helps with removal of the crusting without damaging the briar underneath. The sharp edge of my Winchester pocketknife also helps as I carefully scrape the rim surface. From the worktable, I take the bowl to the sink and there using different sized long shank brushes with some anti-oil dish soap, I scrub the internal mortise under warm water.  After a thorough rinsing of the soap, I bring the bowl back to the worktable. The cleaning did a good job. I can now see the rim more clearly with a cut on the right side and some light damage on the left. The cleaning also reveals the residue of old finish on the smooth briar which shows up dark and shiny in the picture.  I’ll remove these patches with sanding.Starting with the rim, I take another picture showing the damage on the top and the bottom of the picture’s orientation.  The rim is sloped downwardly to form beveled rim peak. This is attractive and accentuates the Apple shape’s peaked rim. Going with this flow, I use 240 grade paper and sand the rim to freshen the lines and to remove the damage.  I show a few pictures to show the freshening progression. I follow the 240 paper by dry sanding with 600 grade paper on the rim.  I’m liking the emergence of a smooth grain contrast underneath.  A few blemishes remain on the rim at this point but I like the more rustic look – some imperfections on the rim accents the overall look.Next, to address the patches of old, dark shiny finish on the bowl’s surface, I dry sand using a 1500 micromesh pad to remove the old finish patches from the smooth briar surfaces of the sculpted motif.  I intentionally leave the rough rusticated briar in the sculpting untouched to preserve the original, darkened patina.  I’m aiming for an attractive contrast between the smooth briar, which will naturally lighten through the restoration process, revealing briar grain, with the rough, darkened sculpted briar. Not forgetting where I am in the cleaning process, I return to working on the internals with cotton buds and pipe cleaners dipped in isopropyl 95% – the strongest rubbing/cleaning alcohol available to me here in Bulgaria.  For a smaller Apple bowl, the internals were rife with old oils and tars.  I also did much excavation of tars and oils using the small dental spoon as well as drill bits.  With the bits, I hand turn a bit that is the same size as the drilling diameter which scrapes the wall.  The gunk seemed to have no end, yet finally, the cotton buds started to lighten, and I call the cleaning provisionally finished.  Later, I’ll continue the cleaning and refreshing of the internals by using a kosher salt and alcohol soak. Now to the stem fabrication.  I cease the stummel work at this point because there will be additional sanding as I size and sand the stem with the shank.  I take a few pictures to mark the starting point.  John prefers a straight stem for his Churchwarden which is not a problem.  The precast Warden stem has a very slight bend as it arrived on my table.  This will remain as it helps with maintaining the up/down orientation of the mounted stem.  The picture below shows the rough tenon oversizing which will be shaped to form a good junction with the Howal shank and tenon seating in the mortise. No shank/stem fitting is the same which means that sanding and finetuning the junction is always required.  The picture below illustrates this – the mortise drilling is slightly higher in the mortise which means that the upper thickness of the shank/mortise briar will be thinner and the lower will be slightly thicker.  Shaping the stem fit must factor this offset.The first step in fashioning the CW stem is to size the tenon.  I use the PIMO Tenon Turning Tool that I purchased from Vermont Freehand.  I keep the instructions tacked on the wall in front of me for a reminder and safe keeping!  A very useful tool to have for fashioning tenons.First, using an electronic caliper to measure the diameter of the mortise marks the target sizing of the tenon of the precast stem.  The mortise measurement is 7.95mm in diameter.  Using Charles Lemon’s (of Dad’s Pipes) methodology, I add about 50mm to this exact measurement to give me my ‘fat’ target.  The ‘fat’ target is what I will aim for when bringing the tenon down to size using the PIMO Tenon Turning Tool.  The ‘fat’ target (7.95mm minus 50mm) is about 8.45mm.  From this ‘fat’ point, I will sand the tenon by hand which gradually and patiently custom sizes the tenon to the mortise.The first thing needed is to pre-drill the tenon airway with the drill bit provided by the PIMO tool.  This enlarges the airway slightly enabling the insertion of the PIMO tool guide pin.  I mount the drill bit to the hand drill and drill out the airway.Next, the PIMO Tenon Turning Tool is mounted on the hand drill and I cut a small test sizing to give me the distance between the test cut and the ‘Fat’ target.  After cutting the test, I measure with the caliper and record 9.23mm and subtract the ‘Fat’ target, 8.45mm, leaving about .78mm to remove using the PIMO tool. Using the Allen wrench provided with the PIMO tool, I close the gap of the cutting arm and cut again.  I only cut a small portion out of the end of the tenon and then measure – this additional test cut guards from taking off too much.  The measurement of this test cut after closing the gap of the carbide cutter arm is 8.45mm.  On the button!  I finish the cut to the stem facing and begin sanding the tenon down. Using 240 grade paper, I uniformly sand the tenon so that the fit is snug, but not too snug.  As I sand the tenon, I often test the progress by inserting the tenon into the mortise.  I NEVER force the tenon to make it fit – a cracking sound of a shank is not a happy thing!I come to a point where the end of the tenon was butting up against the closing ridge from the mortise drilling.  I could detect the bump in the mortise.  Using the sanding paper and a flat needle file, I focus on tapering the end of the tenon so that it can navigate the narrowing mortise.  I don’t want to cut off the end of the tenon as a longer tenon provides a bit more strength for the longer stem’s reach.Finally, a good snug fit it accomplished and the stem is seated well.  The next step in the project is to fashion the shank around the new stem.  The pictures following show the overbite of the shank which needs sanding.To protect the Howal nomenclature and provide a sanding barrier, I wrap masking tape around the shank.  Using 240 sanding paper, I begin the process of sanding to bring the shank and stem into alignment. After making good progress, I discover a dimple at the seam of the precast stem just at the tenon facing. I’ve seen this before. To take the dimple out by sanding also will remove the corresponding briar on the shank side.  This I don’t wish to do more than is necessary.  I could also use the PIMO Tool to shave off more of the facing to remove the dimple.  Yet this would shorten the overall length of the Warden stem – not a good solution either. To remedy the dimple, after cleaning the area with a cotton pad wetted with alcohol, I spot drop regular CA glue on the dimple and immediately give it a spray of an accelerator so that the glue patch stays in place.  I don’t want CA glue running down the tenon facing!Shortly after, I rejoin the stem and Howal stummel and continue sanding the patch area.  The patch did the trick. The pictures show the results and the shank and stem are now in alignment.  I move on. Even though a precast Warden stem is new, it doesn’t arrive on the scene ready for action. Precast stems will usually not have smooth surfaces but tend to be ‘wavy’ – a leftover from the casting process. Therefore, sanding the entire stem is necessary. To do the initial rough sanding of the stem I use a coarse 120 paper to do the heavy lifting. As I sand the stem, the first picture below reveals what I’m describing as sanding reveals the rippled surface. After much sanding and bothersome rubber dust(!), the stem is shaping up well.  I’m liking what I’m seeing.With the rough sanding of the stem-proper done, I shape the button using the 120 grade paper and a flat needle file.  The first two pictures show the starting point and sanding – upper then lower. My day is ending, and the final project is to continue the internal cleaning and refreshing of the stummel.  To do this I use kosher salt and isopropyl 95% to give the internals a soak which helps draw out the tars and oils embedded in the internal briar.  I first stretch and twist a cotton ball to serve as a ‘wick’ that helps draw the oils out of the mortise walls.  Using a stiff wire, I guide the wick down the mortise and airway.  I then fill the bowl with kosher salt – kosher doesn’t leave an aftertaste as iodized salt. After placing the stummel in an egg carton that keeps it stable, with a large eyedropper I fill the bowl with isopropyl 95% until the alcohol surfaces over the salt.  After a few minutes, the alcohol is absorbed, and I refill the bowl with alcohol.  I put the stummel aside to soak through the night. The next morning, the salt and wick are soiled indicating the activity of the soak through the night.  I toss the expended salt in the waste, wipe the chamber with paper towel and blow through the mortise to dislodge any salt crystals left behind.  To make sure all is clean, I again employ a pipe cleaner and cotton buds dipped in isopropyl 95% to finish the cleaning.  Not long after, the buds are emerging clean.  I move on. I return now to a reunited stem and stummel, using 240 sanding paper I now start the fine tuning of the stem after the coarse 120 paper. To show the completed condition of the stem after the 240 grade paper sanding, two close-ups show the improved texture of the sanded surface.Next, for more fine tuning of the stem’s surface, I wet sand with 600 grade paper and follow by applying a buff with 000 grade steel wool.  I love to see the emergence of the buffed-up vulcanite stem!  I keep the stem and stummel united throughout the sanding process to assure that the stem’s tenon facing remains sharp and in alignment with the shank – shouldering the stem is not an option!Turning back to the Howal bowl, I remove the masking tape and take some pictures marking the stage of progress. I like the rustic look this bowl already has.  My approach will be to run the bowl through the full regimen of micromesh pads to bring out the shine and briar of the smooth briar surfaces – going over for the most part, the sculpted surfaces.  At that point I’ll determine if I need to darken the shank end that was lightened because of the stem sanding.  I also will freshen the darker sculpted sections with a stain stick.  I’ll keep the stem and stummel joined through this process which will aid me later when I continue with the micromesh process on the stem. I take pictures of the bowl to mark the starting point. Beginning with micromesh pads 1500 to 2400, I wet sand followed by dry sanding with pads 3200 to 4000 and 6000 to 12000.  The pictures show the progression. The grain came out of the smooth briar nicely.  Now, to freshen the sculpted sections.  With the fine lined carvings in each sculpted section, briar dust has collected from all the sanding.  I first brush the carvings with a bristled brush.  This removes a good deal.  Following this, with an alcohol wetted cotton bud, I wipe out each carved section.  Next, using a very dark brown dye stick which turns out to be a mahogany, which looked the best after blending with the original surface, I trace the carvings darkening the sculpted briar.  After finishing, I give another quick sanding over the smooth briar surface with the last of the micromesh sanding pads, 12000.  I do this to clean off any inadvertent overrun of the dye stick onto the smooth briar and to sharpen the lines. Using Before & After Restoration Balm, I place some on my fingers and work the Balm into the briar surface.  I’m careful to work it into the crevasses of the sculpting.  B&E Restoration Balm is an excellent product from Mark Hoover at www.ibepen.com that raises the natural hues in subtle ways that enhances the presentation of the pipe.  After thoroughly working the Balm into the briar surface, I set the bowl aside for 20 minutes to allow the Balm to do its thing.  The second picture shows this state.  After 20 minutes, I wipe the excess Balm with a cotton cloth and then buff the stummel with a microfiber cloth to thoroughly remove the excess Balm and to raise the shine.The next step is to apply Blue Diamond compound to the entire pipe.  After reuniting stem and stummel, I mount a cotton cloth buffing wheel to the Dremel, set the speed at about 40% full power and apply a light application of the compound focusing primarily, but not exclusively, on the smooth briar sections.  I keep it light because I do not want the compound to cake up in the rusticated ridges of the sculpting.  I apply the compound to the smooth and rusticated surfaces and to the stem.Following the compound, I use a felt cloth to wipe the pipe to clean it of compound dust.  I don’t want compound mixing with the waxing phase.After switching to another cotton cloth buffing wheel, maintaining the same speed, carnauba wax is applied to the entire pipe.  As with the compound, I go easy on the rusticated ridges not wanting wax to cake.  After applying wax to the entire pipe, I use a microfiber cloth to give the Howal Churchwarden a rigorous hand buffing to remove excess wax and to raise the shine.The Howal Sculpted Apple bowl looks great mounted on the bow of the Churchwarden stem!  I’m pleased how the smooth briar surfaces cleaned up and how the grain provides a striking contrast with the sculpted design.  The added rusticated ribs in the carvings adds a nice detail.  The overall presentation of the Howal Sculpted Churchwarden gives a very old, rustic feel.  I’m glad John was patient waiting for this Churchwarden to come to life.  He will have the first opportunity to add this pipe to his own collection from The Pipe Steward Store.  This Churchwarden project benefits the Daughters of Bulgaria – women and girls who have been trafficked and sexually exploited.  Thanks for joining me!