Tag Archives: waxing a stem

The Last of 4 ‘Hole in the Wall’ finds – a Savinelli Capitol Prince with a secret


Blog by Dal Stanton

I purchased the Savinelli Capitol in June of this year, at the Hole in the Wall antique store near Zhenski Pazar (Women’s Market) located in downtown Sofia.  Steve was visiting Bulgaria from Vancouver in the context of our work and we went to the Hole in the Wall for a mini pipe hunting sortie.  I’d remembered on other occasions the vendor producing a 4-pipe pouch that he kept behind the counter and I asked about it and he still had it with pipes intact.  The leather bag itself was a find.  The 4 pipes revealed after unzipping the bag were a Savinelli Tortuga 628, Danske Club Vario 85 (both occupying a place in my rotation), a Butz-Choquin Rocamar (which became a wedding gift for my new son-in-law), and the Capitol (that I learned was a Savinelli second) now before me.  Above, I linked the restorations of the Tortuga and BC Rocamar to their respective postings.cap1Honestly, when I first acquired the Bag of Four, my sights were fixed on the 3 big brothers of the Capitol which I identified as a Prince shape from Pipedia’s shapes chart.  Per Bill Burney’s description,

The prince, named after the Prince of Wales (Prince Albert, later King Edward VII), has a squat, rounded bowl with a long, usually very slightly bent stem and a short shank.  Compared to other pipes, the shank and stem are thin and delicate, though not necessarily fragile.  This makes for a light and comfortable pipe (Link).

On the internet, I searched high and low through images of Prince Albert (1819-1861) and found no images among the 100s visually linking the prince with the shape now associated with him.  The photo below, one could imagine, has his pipe waiting for him just to his right, reluctantly removing it from the eventual public view of the old ‘sit-still’ camera recording the moments.  Yet, in my search on the internet, one can find 100s of pictures of happy, confident men smoking their pipes with adoring women looking on. How is this possible? – a man would be quick to ask.  Well of course, their pipes are packed with Prince Albert’s tobacco!  So, the secret is out – PA not only stands for Prince Albert but also, and more importantly, Pipe Appeal!  Good to know as Christmas gift lists are being created for this holiday season!cap2With Christmas music playing in the background the ambiance is perfect. The CAPITOL is stamped on the left side of the shank with no other markings.  When I search Pipedia, I discover that Capitol is listed among a robust inventory of other Savinelli made sub-brands, seconds and order productions. At Pipes Website store, I found several Savinelli Capitol shapes for sale.  At The Danish Pipe Shop I discovered several Savinelli Capitols listed and a bit pricy at that!  So, it would seem, the Capitol line of Savinelli has some depth and quality to it.  Unfortunately, I could find no Savinelli listing that brought the entire Capitol line inventory together.  This Capitol Prince has an elegant, slim appearance, boasting a length of 5½ inches, a petite bowl width of 1½ inches and a fire chamber diameter of ¾ of an inch.  The rim has some clunk dents along the edge and the backside shows darkening from oils and perhaps rear-end tobacco lighting over the edge.  The fire chamber has a light cake build up but I will bring it to the briar for a clean, fresh start.  I detect a larger fill on the heel of the bowl near the left junction of the shank. The stem is in great shape with minor teeth chatter on the bit.  I detect a dent in the vulcanite at the shank junction and note that there is day-light between the junction of shank and stem – the mating is not flush, but a good cleaning may take care of this.  Interestingly, I also notice that the stummel is encased in what I call a ‘Candy Apple wrapper’ which I also saw in the Savinelli Tortuga restoration acquired at the same time as the Savinelli Capitol.  I didn’t like the Candy Apple wrapper around the Tortuga then and this Capitol Prince’s natural briar will be liberated as was his big brother’s!  The following pictures on my work table here in Sofia, Bulgaria, show these areas of need and a very handsome pipe.cap3 cap4 cap5 cap6With the stem showing no oxidation, I skip the Oxiclean bath which may be a first for me!  The twisty stinger extending from the tenon is extracted unceremoniously and added to the Lonely Stingers Bottle and is officially retired from active service.  I give my initial focus to the stummel clean-up starting with reaming the bowl.  I use the Pipnet reaming kit camped over a paper towel which enables me to quickly catch and dispose of the powdered carbon – this makes my wife happier as my work table shares our bedroom space in our 10th floor flat!  Often, I go out onto the balcony to do this dirty work but winter has come in Bulgaria.  I use the two smallest reaming blades and I do not use them aggressively – I do not want to dig into the briar.  I follow the reaming blades with the Savinelli pipe knife to scrape and fine tune the cleaning of the cake residue.  I remove what appears as dried dottle at the floor of the bowl.  I finish by using 240 grit paper wrapped around a dowel rod and my index finger to clean and smooth the wall.  Finally, I take a cotton pad with alcohol and wipe the bowl removing the carbon dust.  The pictures show the progress.cap7 cap8 cap9With the isopropyl 95% on the work table, I clean the internals of the stummel.  Using pipe cleaners (bristled and smooth) and Q-tips I go to work.  Dental probes are also helpful to reach into the mortise and scrape the surface dislodging muck.  It was dirtier than I expected, but finally Q-tips start re-emerging ever whiter from the mortise plunges.  Done.  Now, I take the stem and go to work on its airway with pipe cleaners.  I discover very quickly that a reason for lack of cleaning on this stem is that I am not able to move a pipe cleaner through the airway.  The button airhole is too tight and needs to be enlarged to accommodate pipe cleaners.  No one likes fighting with pipe cleaners that refuse to pass through cramped quarters.  I take a round, pointed needle file and begin gradually to enlarge the button airhole.  My method is to insert the file point into the airhole but only as far as the expanding file diameter will allow to enable me to move the file back and forth easily, gradually removing the upper and lower button airhole surfaces.  If I jam the needle file down the airhole too aggressively, not only will it get jammed, it will also damage the vulcanite contours around the airhole.  After some time, the airhole gradually expands allowing the needle file to file more deeply opening the airway.  After some time and testing, pipe cleaners are able successfully to navigate the passage and the stem airway cleans up very quickly.  When I work on the teeth chatter later, I’ll smooth out this work with 240 grit paper.  The pictures show the cleaning and button airhole enlargement processes.cap10 cap11 cap12 cap13 cap14I love working on clean pipes!  With internals clean I know shift my attention to the stummel surface.  I first attack the Candy Apple varnish-like surface.  I start conservatively by first using cotton pads with undiluted Murphy’s Oil Soap to work on the rim and bowl surface.  With the aid of a brass brush, the Murphy’s Soap does a good job cleaning the rim, but it is probable that the surface is an acrylic finish which is difficult to remove.  Next, I use acetone with cotton pads to attack the Candy Apple surface.  As I scrub, and I scrub a good while, it gives me time to study the briar grain on this stummel and on the heel, I find what looks like a spider pattern – beautiful.  I’m ever amazed at God’s gift to us in the design and intricacy of this piece of briar – a ragged bush of a plant that would be called scrub if you saw it on the side of the road as you passed.  As the pictures below reveal, even after acetone scrubbing the shine of the acrylic is still very visible.  To see if I can soften it, I plop the stummel into an acetone bath.  The pictures show the progress.cap15 cap16With the stummel in the acetone bath, I return to the stem and take 240 grit sanding paper and work on the teeth chatter on the lower and upper bit. I also sand the button airhole to remove file markings and to smooth the surface.  Then I apply a dot of Hot Stuff “T” CA glue to the small dent on the shank-side edge of the stem.  I like to use the “T” for thicker, because it beads up on the divot and doesn’t run.  I wait for the superglue to cure before proceeding with more work on the stem.  The pictures show the progress. cap17 cap18 cap19Taking the stummel out of the acetone bath after about 6 hours, I place it on the desk and as the acetone evaporates I can see that the bath will need help.  With the surface softened by the acetone bath, I take 0000 steel wool and dip a small portion in the acetone and rub the steel wool over the shiny surfaces.  This finally does the job of bringing the natural briar to the surface.  Now I can see the true condition of the surface and where I may need to sand and repair.cap20I examine the stummel and invert it looking more closely at the large fill I identified earlier.  I picked at it with a sharp dental probe and dig out the loose fill.  I will need to mix a briar dust and superglue putty to refill this pitting as well as ‘top-off’ some smaller pits around the area.  The heel of the stummel is banged up good and I need to sand those out after applying the briar dust putty patches and after they cure.  I flip the stummel and study the rim.  The briar in this Capitol Prince will be beautiful at the end of the restoration because it already is!  I decide to first take a coarse 120 grit paper rolled up tightly to cut a bevel on the inner rim.  I do this to remove the damaged areas along the edge but also the Prince will look even classier with a gentle bevel enhancing an already handsome bowl.  I follow this initial cut of the bevel with 240 grit paper to smooth the surface further.  I want to apply a very gentle topping to the rim with 600 grit paper.  I take the chopping block out and place a sheet of 600 grit paper, with rim down, in a circular motion, gently I rotate the stummel over the surface.  I check the rim as I proceed to make sure I only take enough surface off to give a clean fresh look and remove minor nicks.  I follow the topping by using rolled up 600 grit paper to finish the bevel matching the smoothness of the rim.  The pictures show the progress.  I’m pleased with the look of the rim.cap21 cap22 cap23 cap24 cap25Time to mix briarwood dust and superglue to make a putty to apply patches to the hole and pits on heel of the stummel.  I take my briar dust can and with a pipe nail, scoop out some dust placing it in a little pile. Using regular clear super glue, I put a little puddle next to the briar dust.  Using a toothpick, I start adding some briar dust to the glue until it gradually reaches a putty/toothpaste-like consistency and then I apply a small dollop over the fill area.  I mash it down to make a tight patch and I leave some excess over the areas to sand down later. cap26With the stummel now out of action for the night, I turn to the stem again taking the flat needle file and freshen the button – upper and lower. I then flip the stem and again taking the flat needle file I remove the excess superglue from the patch I did on the edge of the stem – shank-side.  When the filing brings the excess superglue nearly to the surface level of the vulcanite, I use 240 grit sanding paper to blend the patch further with the vulcanite.  I follow the 240 with 600 grit paper doing the same.  I complete the patch repair by using 0000 steel wool to smooth the patch area as well as the entire stem in preparation of the micromesh polishing process.  The pictures show the progress. cap27 cap28Now for the micromesh phase, using pads 1500 to 2400 I wet sand the stem and follow with an application of Obsidian Oil to rejuvenate the vulcanite.  Following this, I dry sand using pad 3200 to 4000, followed by pads 6000 to 12000.  After each set of 3, I apply an additional coat of Obsidian Oil.  The stem looks good.  I put it aside to dry and call it a day.  The pictures show the micromesh phase.cap29 cap30 cap31Early the next morning before heading to work, I want to work on the briar dust patch applied the night before.  The superglue dust putty has cured.  I take a flat needle file and start filing on the excess mound of cured putty.  I’m careful to file down on the patch footprint only and not wander.  I take a picture illustrating the idea (#2 below).  The idea is that I gradually file the putty excess and ‘sneak up’ on the briar below the patch.  I take the filing down to the briar surface, within the patch footprint.  At this stage, I apply much less pressure to the file, moving the flat file more in a circular motion lightly over the patch footprint.  I want to blend the patched area now with the uncovered briar surface.  The aim is to remove the putty excess not take away briar.  Picture #3 shows the completion of the flat needle file’s service.  I then continue the blending with 240 grit paper expanding the area a bit outside the footprint area (picture #4).  I’m not too concerned about this because I know I have sanding to do to eradicate the numerous dents next to the patch.cap32 cap33As my wife was admiring the stummel and the briar patterns over my shoulder as I worked, she exclaimed about the face of the kitty revealed in the briar!  Raising my eyebrows to refocus my attention to the area captivating her, I see the pattern which is recorded in the picture immediately below.  She describes the two eyes, the whiskers and the forehead, probably in need of a little scratch, I thought!  So, the Savinelli Capitol Prince has a kitty, too.  Then my wife said, with not as much excitement, isn’t that a crack in the middle of the kitty’s face?  I had seen it before but it was small and it followed the contours of the grain pattern.  Yet, her question raised questions in my mind.  I believe the crack is not growing but I elect to apply Hot Stuff CA Glue to the crack just to be on the safe side.  This CA glue’s viscosity is extremely thin and perfect for shoring up cracks as it seeps into to a crack’s crevice in a way that thicker glue is unable.  However, the problem with this thin glue is that it can absolutely take off like a rabbit scampering over the briar surface not in need of CA glue.  To minimize this, I only dabble a bit on a toothpick trying to hold only a small drop at the point of the toothpick.  Then, strategically apply it to the center of the crack which spokes outwardly in four separate veins.  I find that the glue is running off the end of the toothpick because of its liquidity.  I’m finally able to capture a droplet on the toothpick and apply it to the center.  The glue spreads a bit, but I change the pitch of the stummel and use gravity to my favor.  I also use the tip of the toothpick and paint the glue over the spoking cracks by drawing the glue from the center.   The pictures show the progress of shoring up kitty’s nose and whiskers.cap34 cap35 cap36 cap37After the CA Glue cures, I take a small piece of 240 grit paper rolled so that it presents a more solid surface.  I then take the 240 roll and strategically sand the crack fix.  I keep the roll within the shiny patch footprint with a view of removing glue off the surface and to avoid losing briar as collateral activity.  I then take a medium grade sanding sponge and work the patch areas (crack and fill) as well as the multitude of dents on the stummel, but especially on the heel of the stummel.  As I work on bringing out the imperfections set in the briar, the thought surfaces in my mind that I had adopted an approach to this pipe, it’s shape and demeanor, going for of a more pristine look – the look of a pipe that is the favorite of royals.  A pipe having a quietly, self-confident posture, but elegant and humble.  It has a kitty, too!  Some pipes seem more of a rugged disposition and seem to beg for some imperfections as badges of past challenges in life – this Savinelli Capitol Prince says, “Please, put a crease in my trousers” –  or, as it seems to me! The pictures show the progress.cap38 cap39 cap40With the primary patches completed and dents smoothed and blended, I take micromesh pads 1500 to 2400 and wet sand the stummel.  I wet sand with the first set of three because it seems the effect of the water on the briar would soften it a bit, and it seems to give the micromesh pads more bite.  This helps removing any imperfections/dents left over from all the previous sanding.  The latter pads serve to polish what is there more than address imperfections.  Well, I was just thinking about smartly pressed trousers when I finish sanding with the first set of micromesh pads, set to take a picture, when I see that the kitty’s eye had changed.  He appears to be winking at me!  I discover whatever was in the eye before (a small fill?) was no longer there and I am looking at a new royal pit. The latter micromesh cycles must wait as I apply a new ‘T’ Glue patch on the new pit and wait for it to cure and sand and blend it.  So, now the kitty has a black eye.  The pictures show the pause in progress.cap41 cap42When the CA Thick glue cured, I filed it down with a half-circle needle file to the surface and fine-tuned it with 240 grit paper.  I follow this by addressing the patch area with 600 grit paper then 0000 steel wool. cap43 cap44To catch up this patch area with the rest of the stummel, I use micromesh pads 1500-2400.  At this point I return to the micromesh process with pads 3200 to 4000.  I notice the initial fill patch on the heel of the stummel with the micromesh polishing had lightened a bit.  I take a dark walnut stain stick and dab it in the fill patches then I use a cotton pad with some alcohol and press it a few times to blend and lighten the stain stick application.  It looks better now.  I finish with micromesh pads 6000-12000 to further blend the stain stick patch as well as the micromesh phase.  The pictures show the progress.  The grain is looking very good.cap45 cap46 cap47Time to decide.  I have yet to decide upon the next steps – whether to move forward with the natural briar or to apply a stain.  This question I put off to the conclusion of the micromesh phase so I can evaluate the briar’s presentation and the pipe’s personality.  I rejoin the stummel and stem to get a look at the big picture.  Decision made.  Using Fiebing’s Light Brown Leather Dye I mix 1 part dye to about 4 parts isopropyl 95% in a shot glass – aiming for a lighter cast.  I detach the stem and mount the stummel on a cork to handle the stummel.  After wiping the stummel with a cotton pad and alcohol, I heat the stummel with my wife’s hair dryer to expand and open the briar to the dye application.  Using a folded over soft pipe cleaner I coat the stummel with the 1 to 4 dye mixture liberally and immediately flame it with a lit candle waiting for that use.  The alcohol burns off very quickly setting the dye in the grain.  In about 4 or 5 minutes, I repeat the process and set the stummel aside for the night to rest – I as well as the newly stained stummel.  The pictures show the progress.cap48The next morning, anxious to see the results of the newly stained stummel.  Taking the Dremel with the attached hand-held extender, I mount a new felt wheel on the extender, set the Dremel on the lowest RPM setting, and apply Tripoli compound to remove the flamed dye crust to expose the surface.  I’m liking the color a lot and the grain has responded very well.  As I move through the Tripoli process I identify an eye-sore – at least to me.  Circling the outer rim edge is a black ring which the felt wheel charged with Tripoli is not removing.  The second picture I take after focusing the Tripoli wheel for some time on the ring itself, hoping to lighten and blend the black ring.  To me, the ring is unattractive and detracts from the overall appearance of the pipe.  The thoughts floating in my mind at this point are, that it is simply darkened stain at that point that a wipe of alcohol might lighten.  Another, less appealing thought is that this ring was produced by the flaming and perhaps scorched this most vulnerable part of the rim.  I’m thinking that it wasn’t the dye on the rim itself which burned off, but the overflow of dye on the cork that also had burned off did the deed.  I’ll need to check into this with Steve!  My methodology needs a revamp if this is the case.   The pictures show the issue.  The final picture shows the beginning of my corrective approach.  With an approach moving from conservative to less so, I spend more time focusing on the rim with the Tripoli felt wheel buff.  When this did not achieve the desired results, I take a cotton pad with some alcohol in it and wipe strategically around the outer edge of the rim, hanging over the outside slightly.  I do a few cycles around the circumference of the rim with the alcohol then follow again with the Tripoli buff to do a follow-up blending.  When this did not achieve the desired results, I tightly roll a piece of 240 grit paper and lightly make a quasi-bevel cut on the outer edge of the rim to remove the scorched briar.  The results of this are pictured below.  Not pictured is the rest of the process.  I followed the 240 grit with a rolled piece of 600 grit paper – as with 240 bevel, staying directly on the edge.  Then, I jump to mid-range micromesh pads 4000 to 12000, and smooth, polish and blend the outer rim area.  While the tendency for perfectionism would have me try something else, the rim looks much, much better and if I didn’t record this excursion here, 99% of onlookers would not see an issue!  cap49 cap50I move on to complete the polishing process by attaching the Blue Diamond felt wheel to the Dremel hand-extender and working this lesser abrasive compound over the briar surface.  Completing the compounds, I wipe/buff the stummel with a cotton cloth to remove left-over compound dust before moving to apply the wax.  I reunite the stem and stummel of the Savinelli Capitol Prince.  After mounting a cotton wheel to the Dremel, I increase the RPMs to the next number and apply several coats of carnauba wax to the stummel and stem.  After the carnauba wax application, I mount a clean cotton wheel with the same RPM setting on the Dremel as with the carnauba and provide a clean wheel buff to the entire pipe.  Finally, I give the pipe a rigorous hand-buffing with a micro-fiber cloth to deepen the 3-dimensional-appearing gloss already shining through this happy piece of briar.

The grain on this small Prince bowl is captivating with larger bird’s eye on the front, splaying fans on the heel, and of course, a kitty with whiskers fanning out as he gazes up the shank and stem at his steward – or should I add, stewardess!  The diminutive size of the bowl along with the longer-than-expected sleek shank and stem, would make this Savinelli Capitol Prince – a preferred shape to at least one royal, a wonderful addition to any pipeman’s or pipelady’s collection.  Thank you for joining me!cap51 cap52 cap53 cap54 cap55 cap56 cap57

An Amazing Birthday Gift: 1907 McLardy Gourd Calabash with Silver Cap and Ferrule


Blog by Dal Stanton

A pipe man’s dream scenario: His daughter and son-in-law, who live in Denver, give him the perfect birthday gift – a budget enabling him to land a special, coveted pipe on eBay!  It doesn’t get much better than that – there is the hunt, the find, the anticipation, the bid, the stress, and finally, the victory (hopefully)!  I started the hunt looking for a meerschaum to add to my growing briar collection, but when I saw the McLardy Calabash and it’s perfectly shaped and colored gourd – the quint-essential Sherlock Holmes pipe, decked out with silver cap and ferrule, it cried out to me and resistance was futile.  The eBay seller was in Manchester, UK, and his description of the Calabash was very helpful with silver hallmarks which dated the pipe in 1907 – the first year that the Chicago Cubs won the World Series followed by a second series win in 1908 over the Tigers.  They would not win again until this year, 2016.  1907 also saw Theodore Roosevelt as the 26th president of the US, the first electric washing machine, Albert Einstein beginning to apply laws of gravity to the Theory of Relativity, and Ford’s Model R is produced.  My grandmother, who died at 102, would not be cradled for another 3 years, in 1910.  1907 also gave us the pipe in these eBay pictures of the birthday gift now with me in Sofia, Bulgaria.cal1 cal2 cal3 cal4 cal5 cal6 cal7Truly an antique, I was anxious to explore the silver hallmarks and to verify the seller’s information – not that I doubted it, but this Gourd Calabash afforded me the opportunity to learn about the age-old practice of marking silver, not only to establish its authenticity, but also the provenance of the pipe that has been adorned with the sterling.  The ferrule and cap hallmarks were identical except that the triangular ‘Maker’s Mark’ was over the hallmarks on the ferrule and to the left on the cap (compared above).cal8The Maker’s Mark points to Samuel McLardy & Co. as referenced here at HALLMARKS OF ENGLISH SILVER MAKER’S MARK IDENTIFICATION – ILLUSTRATED LISTING.  The story is fascinating.

cal9In January of 2015, The Dutch Pipe Smoker wrote a blog regarding the Samuel McLardy & Co. summarizing an extensive article by Don Duco called, Pipes Samuel McLardy from Manchester – an excellent article helping me to grasp the geo-political realities of the time.

From The Dutch Pipe Smoker:

The McLardy company thanks its existence to the entrepreneurial spirit of 1 person: Samuel McLardy, born in Glasgow in 1842. He was the son of a tobacconist who also produced his own clay pipes. In the paternal shop he must have learned the profession of pipe-maker. Shortly after his 20th birthday he decided to move to Manchester to start his own company. There is remarkably little known about the history of the factory. On an old advertisement it says “established 1865” so since then there must have been a steady growth. Within a couple of decades there was a massive production of clay pipes. Around 1895 the factory owned over 500 moulds which meant yearly production was around 5 million pipes! Similar to that of Dutch factory P. Goedewaagen & Zoon in that period. Over time we find Samuel McLardy at different locations. Before 1880 that was Miller Street number 16 in Manchester and it is there where the shop grew to the size of a factory. In 1890 the company moved to Shudehill number 67 where it remained active until after 1910.

The production of clay pipes was a large part of the McLardy operation and this interesting  Pipe Manufacturers Catalogue shows several clay models displayed for sale.  Duco’s article, referenced above, examines the historical realities impacting the Samuel McLardy Co., (typical of other UK pipe companies) by navigating through relatively prosperous years leading up to the turn of the century, the decline of interest in clay pipes, diversification of other product lines to cope with falling revenues, WWI, the growing economic bubble of the 20s leading ultimately to the collapse of the McLardy, Co., soon after the stock market crashes in September (for UK) and October (for US), 1929.   I found this last statement regarding the Samuel McLardy, Co., as a matter of public record published in archives of The London Gazette regarding the liquidation of the company.  Reflective of the times, there were several companies listed in the Gazette which were being “wound up”:

The Companies Act, 1929.

Special Resolution of SAMUEL McLARDY & CO. Limited.

Passed 13th January, 1930.

AT an Extraordinary General Meeting of the Members of the above named Company, duly convened, and held at No. 20, Swan-street, Manchester, on the 13th day of January, 1930, the following Resolution was duly passed as a Special Resolution: –

” That the Company be wound up voluntarily; and that Mr. George Elder, Chartered Accountant, of Edwin Collier & Co., 3, York-street, Manchester, be appointed Liquidator for the purposes of such winding-up.”

Dated this day 13th January 1930

SAMUEL McLARDY

Source: The London Gazette – 17th January 1930cal10With a greater appreciation for the man and his company in time, I turn again to the hallmarks on the McLardy Calabash’s ferrule (above) which reveal the pipe’s origins.  The hallmark to the left is the city mark for cities of United Kingdom.  The anchor is the mark of Birmingham from 1773 to the present (See: Online Encyclopedia of Silver Marks, Hallmarks & Makers’ Marks – British Marks) referenced below. cal11The Lion hallmark in the middle ferrule stamping above is the Standard mark indicating the quality or purity of the silver.  As referenced below from the same helpful website, ‘A’ represents a sterling rating of .925.cal12Finally, the hallmark on the far right, the ‘h’ ensconced in a scroll-like cartouche, represents the dating letter. The Birmingham Date Letters on Silver 1773-1924 chart below references the letter system specifically for Birmingham, England.  The far-right column points to the dating of this McLardy Gourd Calabash which stands at a ripe old age of 109 years, coming out of the Manchester factory located on Shudehill number 67 – the factory depicted on the cover above (Today, on Google maps street view, the address continues but appears to be a parking garage.).  It has not gone unnoticed by me that the eBay seller of the Calabash also resides in Manchester.  The question that comes to mind is whether this McLardy vestige has wandered away from home at all?  If he could only tell his story….  cal13There is but one more bit my curious mind wishes to discover – from whence comes the gourd that has become the cherished Calabash, made famous by Arthur Conan Doyle’s Sherlock Holmes?  As quaint as it may sound, it is likely the gourd which became the McLardy Calabash before me did not come from a cozy English garden on the outskirts of Manchester – images of Downton Abbey.  Most likely, the gourd came from southern Africa.  In his newsletter, ‘Save the Calabash’, Thomas Martin provides some good research regarding this question of the Calabash gourd.  He wrote:

Calabash has come to represent a shape not a gourd

Nobody would expect an apple shaped pipe to be made from an apple. Like “calabash” the name represents the shape not the material. The Calabash pipe used to actually be made from a gourd (Lageneria vulgaris). To my knowledge, there are no makers of real Calabash pipes in the United States and so I decided to make it my goal to give it a try. Having made a handful or two of briar pipes, I learned that finding good briar is the challenge that Rainer Barbi calls “the dance.” I can tell you, finding a Calabash gourd although not impossible, is far more difficult.

Current wisdom suggests that acceptable gourds can only be grown in the Ladismith region of South Africa. When Calabash proliferated they were cultivated for the specific purpose of becoming a pipe. Presently, if you can find a farmer that grows the gourd he doesn’t grow it or shape it to be a pipe. In North America they are grown mostly for crafters. In Africa they are grown for crafters and for more utilitarian use.

If you want to know more about gourds, the making of a Calabash, different kinds of Calabash pipes and Hollywood’s contribution to the mystique, take a look at http://calabashpipe.com/.cal14I make no apologies admitting that I approach the clean-up and restoration of the 1907 McLardy Gourd Calabash with a bit of fear and trepidation.  I have read the blogs of several former restorations of gourd Calabashes and I have assimilated various practices – it’s difficult to say “best” practices because compared to briar pipe restorations, gourd Calabash restorations are far and few between.  I’m thankful for Steve’s consultations via email mainly regarding how to approach the bowl which the eBay seller maintained is Meerschaum, but Steve’s counsel to tread carefully is well-taken – he indicated that he has seen Calabashes this age with bowls made of clay or asbestos as well.  With the Samuel McLardy Co. doing so much trade with clay pipes, I’m wondering if the bowl capped in this gourd might just be clay.  We’ll see.  This question, became the ‘pre-restoration’ question that had to be resolved.  I sent these pictures to Steve after his counsel to take a real close look at the gaps just below the silver bowl cap that reveal the bowl material.  Is it meerschaum as advertised by the seller?  Is it clay? Or, is it asbestos material?  Steve’s email described that if it was an asbestos material, it would be better not to smoke this pipe, but to turn it into a display icon – better this than sucking down airborne asbestos!  His instructions were to examine the scraped area at the rim and see if it was fibrous.  If so, then it probably was made of an asbestos material.  If clay, it would be more porous.  Thankfully, with a sharp dental probe in hand under a large magnifying glass, I scraped the light material pictured below to discover that it was pretty solid – no fibers detected.  We’re in agreement that the material is most likely clay, but I’m not sure how to conclusively determine one or the other at this point.   Can anyone tell by looking at this?cal15 cal16The next ‘pre-restoration’ question that had to be answered as well was, what was the dark material in the bowl?  One of the normal restoration practices is to clean out the fire chamber and at first I was thinking that the bowl of the Calabash would need to be sanded, but it became clear that it was not carbon cake staring up at me, but it looked more like a pipe mud coating over the clay/meerschaum bowl.  In the next picture, angling the light I capture the view down to the draft hole showing the coating material and it appears pretty thin.  With a pipe this age, the resulting plan is to be conservative – if it’s not too broken, why fix it?   I decide to leave well enough alone – I will make more pipe mud and close the gaps around the upper chamber next to the silver cap.  I will not sand the bowl, nor will I attempt to take the cap off to gain greater access to the interior of the gourd for cleaning. cal17With the 1907 McLardy Gourd Calabash on my work table, I take additional pictures of the areas in need and to get a better look at things – moving from ‘pre-restoration’ questions to cleaning up this Calabash and recommissioning him for service!  Preparing for a new application of pipe mud in the gaps around the rim, below the cap, I want to clean the overflow black coating on the inside rim of the silver cap.  The gourd is in good shape but there are some residue marks on the upper front side of the gourd – at this point, I don’t know if it has irrevocably stained the gourd or if it can be removed with a general cleaning.  Both silver cap and ferule have dents and bumps from years of use and being passed from hand to hand.  I won’t deal with the dents, but bringing a new shine to the sterling silver is a priority.  The stem is in very good condition with mild oxidation and almost non-existent tooth chatter, but I do detect a dent in the upper button.   There is also a divot in the vulcanite on the shank-side of the stem that needs attention.  The bone tenon needs to be cleaned – it is the only access point to the interior of the gourd – I’ll clean what I can from that angle, but my assumption is that the interior of the gourd is dry and possibly somewhat fragile.  I’ll be satisfied with a gentle clean in and around the bone tenon.  One last thing that has caught my attention – the stem is a bit overclocked or rotated.  I’m not sure now if it’s something to be concerned about.cal18 cal19 cal20 cal21 cal22 cal23Well, I put the word out to my friend and colleague, Gary, who lives in Plovdiv, Bulgaria, for some fresh cigar ash to make a fresh mixture of ash and water for pipe mud.  While I wait for his reply, I remove the stem from the Calabash, stick a pipe cleaner in the airway and plop it in Oxyclean to raise the light oxidation from the stem.  I also want to clean the inside of the silver cap in anticipation of a final shine but also to provide a clean line to apply the needed pipe mud in the gaps.  I use God’s provided tools in fingernails and a bit of spittle – not much!  I slowly and carefully, move around the inside of the silver cap with my index finger, scraping the old, perhaps ancient, not sure, pipe mud from the silver-plated surface.  I don’t want to use a metal tool on the silver surface because I definitely don’t want a new scratch to add blemish.  I then drag my thumb nail over the edge, with a bit of spittle, and hang it over the inner edge of silver cap and scrape additional hard caked stuff off.  That actually worked really well!cal24 cal25 cal26 cal27Earlier I mentioned that I have read several posts dealing with cleaning up Gourd Calabashes with questions about the gourd surface itself.  Steve’s post was helpful (See: Restoring an old CPF Gourd Calabash Pipe).  To clean the gourd surface getting rid of the oils and dirt that collects on the gourd surface, I use undiluted Murphy’s Oil Soap on a cotton pad and scrub the surface, then remove it with another cotton pad – not using water which may wet the gourd surface too much.  The gourd below the cap shows what appear to be residue from what I’m guessing was someone’s attempt to reattach the cap to the gourd – it appears to be glue runovers.  I can’t tell if it has damaged the gourd surface or if the old glue is resting on the surface.  As I scrub the gourd with undiluted Murphy’s Oil Soap, I concentrate on these areas.  I take a 2400 grade micromesh pad and lightly sand the area – just testing very gently what effect the pad would have on the gourd surface – I’ve not worked with gourd before so easy does it!  I discover that the gourd surface is resilient and the combination of Murphy’s Oil Soap and the micromesh pad lightly addressing the trouble areas proves to work very well!  The glue was on the surface and very gradually, I clean the gourd surface.  Nice!  The pictures show the progress.cal28 cal29 cal30 cal31With the gourd clean and looking better than I expected, I move down to the bone tenon extending from the mortise of the 1907 McLardy Calabash and clean the externals with Q-tips dipped in isopropyl 95%.  I use the dental probe to dig into the threads of the tenon where compacted crud awaits.  The bone tenon cleans up without too much effort.  The pictures show the progress.cal32I set the gourd aside and fish the stem out of the Oxiclean bath.  I wet sand the stem using 600 grit sand paper to address the oxidation that the Oxiclean bath raised from the vulcanite stem.  Following the 600 grit paper I use steel wool 0000 over the stem to complete the initial stage of cleaning the stem externals.  From the externals, I dive into cleaning the internal airway and stem threads using pipe cleaners and Q-tips dipped in isopropyl 95%.  There was more gunk in the screw-in area than I expected and it put up some resistance.  The pictures show the progress.cal33 cal34I turn my attention to the upper button in need of repair for a bite or dent that took out the right corner of the button lip.  As I’m looking at this button, I suddenly realize that in my small, but growing collection of pipes, I have no other pipes with this style of button – and I know that it has a specific name which takes a few minutes of searching to recall –  orific button meaning round.  Another novice was asking about orific stems in a thread on Pipesmagazine.com called Orific/orifice button/stem query where I quickly learned that this button was used primarily at the end of the 1800s and beginning of the 1900s.  By the 1920s the design pretty much had become a thing of the past.  I also found an interesting reflection on buttons that Steve did a few years back called, A View from the End of Stem.  There was also a divot on the edge of the stem next to the shank that needed attention.  Taking activated charcoal and Special ‘T’ CA Glue (‘T’ for ‘thick’) I mix them together gradually creating a charcoal putty that I apply to the button with a toothpick acting as a trowel.  I put more than needed to allow later sanding and shaping with a file and paper after the charcoal glue cures.  I also apply a dab of the mix on the divot on the other end of the stem.  I’m making progress on this orific stem!  The pictures show the progress.cal35 cal36I received word from Gary that cigar ash is not in stock, but another recipe like Pipe Mud (a bowl coating mixture) arrived from Steve – taking powdered charcoal and mixing it with either plain yogurt or sour cream will create a paste to apply for the bowl gaps as planned.  Steve assured me that this brew would turn dark and not stand out.  So, with Bulgarian kiselo mlyako (sour crème) in hand I mix with activated charcoal gradually forming a paste.  It turns black immediately with the charcoal and it thickens.  I use a dental spatula and take small dollops and apply it to the gaps under the silver cap where the clay bowl is exposed – I’m going with clay and not meerschaum.  While the paste is still wet and malleable, I scrape the edge to clean the cap and create a bowl line.  I agree with Steve – this stuff looks like the protective layer covering the rest of the bowl.  The patch looks good.  The pictures show the progress.cal37 cal38With the Charcoal/Sour Cream Patch curing, I put the gourd aside and retrieve the orific stem.  Using a flat needle file I sand down and shape the now cured, charcoal superglue to rebuild the missing hunk of lip.  I use the flat edge of the needle file first working on the backside or bowl side of the lip to establish a flush surface with the patch and native lip.  I take a picture with the file in place to illustrate this – it’s not easy taking pictures when you need both hands to hold things!  After the flat lip edge is established, I round off the patch to match the orific pattern.  I use 600 grit paper to do this (rather than the file or 240 grit) because I want to remove the excess patch slowly – almost allowing it to sneak up on the native vulcanite surrounding the patch.  After some slow, intentionally patient effort, the new button is looking very good.  I use 240 grit paper on the bit to erase file marks left over.  I also use 600 grit paper on the small patch on the other end of the stem.  I finish the patch and button rebuild by working the entire stem with 0000 steel wool, prepping the stem for the micromesh process that follows.  I’m pleased with the rebuild I see!  The pictures tell the story!cal39 cal40 cal41 cal42Continuing with the stem restoration, with micromesh pads 1500 to 2400 I wet sand followed by an application of Obsidian Oil.  With micromesh pads 3200 to 4000 and 6000 to 12000 I dry sand and follow each set with an additional coating of Obsidian Oil to rejuvenate the vulcanite stem.  The pictures show the progress.cal43 cal44 cal45I reattach the stem to the gourd to get a fresh look at the stem alignment. Over time the bone tenon has worn down a bit.  Earlier I noted that the old stem was over-clocked a few degrees and I didn’t know yet if I would try to correct it.  I experimented with the feel and placement of the stem as I drew it to my mouth – giving me a sense of what would be most comfortable.  After all, it is my birthday gift!  I decide to attempt to reestablish alignment – or at least give it a shot.  Steve’s earlier email described painting the tenon with clear finger nail polish or super glue, allowing it to cure about 24 hours and then gently rethreading the stem.  Emphasis on the ‘gently’ because too much torque applied could break the tenon.  Borrowing my wife’s polish, I paint a thin layer on the tenon and put it aside to cure.   cal46 cal47A day later arriving home from work, I’m anxious to reattach the stem to the bone tenon to find out if the fingernail polish works to tighten the stem – to ‘unclock’ the turn of the stem only a few degrees.  I screwed the stem slowly on to the bone tenon and at first, I detected no difference in the pressure.  When the stem started to arrive at the critical point I felt the tightening – requiring a bit more torque.  I did not force the stem but reverse the turn a bit, then re-torque a bit more, then back off again, re-torque, then finally it tightened sufficiently.  Steve’s warning about not forcing things came from his own experience of unexpectedly cracking a brittle bone tenon in a Gourd Calabash restortation.  I could not believe it – it actually worked!  The stem is now perfectly lined up with the gourd stummel.  Amazing!  The picture tells the story!cal48We’re now in the home-stretch and my mind has started wondering about which tobacco I will use to inaugurate the next life of this venerable 109-year-old Gourd Calabash.  Suggestions??  Taking cues from Charles Lemon’s post, Freshening an Andreas Bauer gourd Calabash, I take three unused Chinese purchased Dremel cotton wheels for use on the Calabash’s gourd and stem.  I use the first to lightly apply White Diamond to the gourd surface.  For you who use a Dremel for polishing, I discover that the Dremel techniques I use (See Dremel Tutorial) with briar works quite well with the gourd.  Putting the Dremel on the lowest RPM setting, I apply the White Diamond, keeping the cotton (not felt!) wheel moving over the surface while I rotate the gourd keeping the sheen of the lamp in focus on the gourd surface.  This sheen acts as my ‘headlight’ enabling me to see the rippling movement of the compound across the gourd’s surface – the same way as with briar.  As I methodically move over the gourd surface in this way, I also catch blemishes or marks in the surface that I address directly, yet lightly with the Dremel’s cotton wheel.  With my wife’s help, after the first picture showing the tools employed, pictures 2 and 3 illustrate the ‘sheen technique’ that has worked very well for me.  I am careful to avoid the silver cap and ferrule as I apply the compound.cal49 cal50After completing the White Diamond application, I wipe down the gourd with a clean cotton cloth to remove the left-over compound powder.  I now mount in the Dremel’s hand-held extender another clean cotton wheel and apply a number of coats (3) of carnauba wax to both the gourd and stem surfaces.  With briar, I increase the RPM’s of the Dremel by one number to assist in liquefying the wax and spreading it over the surface.  I’ll try this on the gourd to see how it behaves.  It went well.  In fact, the gourd seems to ‘drink up’ the carnauba wax and I find that I am reloading the wheel more often than with briar.  And, “Oh my!”  I didn’t expect the luster that gradually reflects back at me as the wheel travels over the surface!  What struck me was that the Calabash almost started taking on the appearance of a porcelain display piece.   Completing the carnauba wax for both gourd and stem, I carefully shine the silver cap and ferrule with my wife’s Weinman Silver Polish – not spreading it to the other surfaces.  I completed this restoration with a brisk buffing of the entire pipe using a microfiber cloth carefully!  I had images of the pipe slipping out of my grasp and skidding along the floor…. Thankfully, this did not happen!  This buff brings out the depth of the shine by blending the gourd, silver and orific vulcanite stem.

Since my wife and I will be going to the home of our daughter and son-in-law in Denver for Christmas, the benefactors of this amazing birthday gift, I will hold off the inaugural smoke of this restored 1907 McLardy Gourd Calabash treasure until I can share it with them.  Indeed, he is a venerable, distinguished pipe and I’m privileged to be entrusted as the current steward, but of course, not the last.  My next project is to figure out an adequate stand that will handle this calabash!  Thank you for joining me!cal51 cal52 cal53 cal54 cal55 cal56 cal57 cal58 cal59

 

 

Rejuvenating a Gasparini “Fatta a Mano” Camuna


Blog by Steve Laug

My brother Jeff has an eye for unusual pipes that he thinks might intrigue me. He outdid himself this time. He found an odd three-part pipe – a base, a bowl and stem that I would classify as a churchwarden. It is about 10 inches long and the bowl is 3 inches tall but at the same time it is dainty, delicate and artsy. It is not a heavy pipe and the thin pencil stem and the bowl and base make it seem smaller than it is. The first two photos below show the unique shape and you can get a sense of how the pipe is both big and delicate at the same time.gas1The next photos give a sense of the artistry of the pipe. The base is stained a light brown and has a shallow sandblast finish. The end of the shank is rounded. The stem should sit against the shank end but the mortise needs to be cleaned and the oxidation on the tenon needs to be removed to make that happen. The bow is threaded and screws into the base. It has a contrasting dark brown and medium brown stain coat that gives contrast in the deeper blast and also with the base.gas2 gas3The next photos are close up pictures of the bowl and base. The first shows the bowl removed from the base. You can see from the photo that the bowl is threaded to be screwed into the base. The base and the bowl are dirty. The bottom of the bowl has two air holes that go into the bowl. The one toward the bottom of the photo below shows that a chunk of briar has broken away from the side of the hole and the threaded portion.gas4The second and third photos show the inside of the base and the cake and rim of the bowl. It is dirty but the rim and base are in excellent condition. There is some build up on the area of the base where the rim sits. It will need to be cleaned. To me it looks like it is a combination of dust and wax.gas5The next two photos give a clear picture of the damage to the base of the threaded portion of the bowl. You can see the damage on the outer edge of the tip and to the threads. It looks like a chunk of briar has broken free and a lot of debris and tars have filled in the damaged area.gas6The next photos show the base and the bowl from different angles. The grain and the blast is quite nice and the contrast of stains on the bowl look really good in contrast to the lighter stained base. The fourth photo shows the stamping on the bottom of the base. It reads R. Gasparini over CALUMA over script that reads “Fatta A Mano” which translates as Made by Hand.gas7 gas8The next photos show the stem with the tooth chatter and marks on the top and bottom side near the button. They also show the oxidation and the loss of colour in the G script logo on the side of the stem.gas9I know nothing about Gasparini brand so I looked up the website of the brand and found that the “Fatta a mano” stamped signified a particular freehand style line that Gasparini did. Here is the link to their website http://www.mgasparini.it/en/category-product/hand-made/.

I also looked up the brand on Pipedia. There is a lot of the history of the brand there for those who want to read the article in full. Here is the link: https://pipedia.org/wiki/Gasparini. I quote from that article in part.

“In 1938 Mario Gasparini, with his wife Ida, took his first steps into the world of the pipe. Today his daughter, Marisa Gasparini, sits at his desk. Since 1977 Marisa and her husband, and now her daughter, carry on the tradition of her family…”

“At the beginning of 1950’s, the building, that still today hosts the production department, was enlarged. In 1971 the offices and the warehouse were moved from Milan (where they were situated for marketing purposes) to Luvinate.”

“During those years the skilled workers and our direct partners have always followed the history of the Gasparini factory, becoming very fond of it and devoting themselves, with care and love, to the making of each pipe, with the personal fantasy and skills of the artist…”

“…The cycle of manufacture is basically divided into two separate branches. Pipes from the first branch (my addition, ed.) the “Fatta a Mano” and “da Collezione” are completely hand made, rigorously produced from the best selected briar; the estrus(?) and fantasy of our masters is surely more evident in these series of pipes.”

“The other branch is (my addition, ed.) …Serial pipes are partially machine made (the bowl, shank and drilling) and they are divided into various categories based on the quality and finish.”
“…during the years we have always made the creation of unique pieces for the series “Fatta a Mano” (Hand Made) and “per Collezionisti” (for collectors).”

At the bottom of the Pipedia article there was an email address for contacting the Gasparini Company with any questions that need to be addressed to them. I took the opportunity last evening to write an email to them regarding the age and provenance of the pipe I had in hand. I also included a photo of the pipe’s condition and look when I got it from my brother. This morning I received a reply from none other than Marisa Gasparini herself. Here is her email in full:

Dear Steve,
The pipe you have is a very old pipe that we produced 35 years ago about, and we made only few pieces.

It’s very different from the normal pipes and we have made in the time other interesting pipes, quite original that we keep in our warehouse.
If you are interested I can send you some photos for next week so you can understand what I mean for original.

I would like to know where you bought that pipe, thanks a lot and best regards,

Marisa Gasparini

That gave me some incredibly helpful information. The pipe in my hand is approximately 35 years old and there were only a few of them made at that time. She is going to send me some photos of some of the original pipes next week. I will post them as an addendum to this blog when I receive them. I wrote Marisa back immediately thanking her and answering her question as to where I found the pipe.

Now I had a feel for the age and provenance of the pipe and I was ready to work on it. I took some photos of it before I worked on it. My brother had done the majority of the clean up work on the bowl, base and shank before he sent it to me. He had reamed it and cleaned out the airways in the bowl, base, shank and stem. He scrubbed the externals and remove a lot of the waxy grime that had collected on the bowl over the years. It looked pretty good when I received it.gas10 gas11I took the stem out of the pipe and unscrewed the bowl from the base and took some photos of the pipe before I worked on it.gas12 gas13I took a photo of the stamping on the bottom of the base to give an idea of how that look – it is the only smooth portion on the base other than the rounded shank end.gas14I took some photos of the damage to the bottom of the bowl on the threaded portion to show what it looked like with the oils and tars removed. I took a top down photo to show the cleaned bowl and also the twin airways in the bottom of the bowl.gas15 gas16I cleaned up the reaming with a Savinelli Pipe Knife and scraped out the bits of cake that still were on the walls and at the bottom of the bowl.gas17I wiped down the bottom of the bowl and the damaged area with alcohol on a cotton swab and cotton pad in preparation for repairing the damage. I used clear super glue and briar dust to build up the area of the missing chunk of briar. I was careful to keep the airway open. I layered the glue and the dust until it was smooth.gas18I used the sanding board to lightly “top” the bottom of the bowl and smooth out the repaired area. After I took the second photo below I used needle files to retrace the threads on the damaged area of the bowl.gas19I gave the bowl and base several coats of Conservator’s Wax and buffed them with a shoe brush. The photos below show the bowl and base at this point in the restoration.gas20 gas21I turned my attention to the oxidation on the stem. I lightly sanded it with 220 grit sandpaper to remove the surface oxidation and remove the tooth marks and chatter from the area around the button. I ran a long pipe cleaner through the stem just to check for debris and oils but my brother had done a great job with the airways. I scrubbed the stem with Before & After Pipe Stem Deoxidizer and the with the Fine and Extra Fine Pipe Stem Polish. I was able to get the majority of the oxidation off the stem.gas22I did a touch up on the “G” logo on the stem with white model paint and a fine bristle artist’s brush. When it dried to touch I used a 1500 grit micromesh sanding pad to remove the excess paint and polish the end of the stem.gas23I polished the stem with micromesh sanding pads – wet sanding with 1500-2400 grit pads and dry sanding with 3200-12000 grit pads. I rubbed the stem down with Obsidian Oil after each set of three pads. After the final set I buffed it with Blue Diamond on the wheel and gave it a last rub down with Obsidian Oil. I set the stem aside to let the oil dry. I buffed the stem with carnauba wax and with a clean buffing pad to raise the shine.gas24 gas25 gas26I lightly buffed the bowl and base with Blue Diamond and then gave it a light coat of carnauba, being careful to not let it build up in the grooves and crevices of the sandblast. I buffed it with a clean buffing pad to raise the shine. gas26a gas26b gas26c gas26dI put the pipe back together and gave it a final buff with a clean buffing pad to shine it. I hand buffed it with a microfibre cloth to deepen the shine. The finished pipe is shown in the photos below. I took photos of the pipe as a whole and also taken apart in the various configurations. I am really pleased with the finished pipe and look forward to giving it a smoke. To me it is a very “Gandalfian” looking pipe and feels great in the hand and the mouth. Thanks for walking with me through the history and the process of bringing the pipe back to life.gas27 gas28 gas29 gas30 gas31 gas32 gas33 gas34 gas35 gas36 gas37 gas38 gas39

 

Amazing Grain came alive on a Zeppelin Style Safe-Tee Patent Pipe


Blog by Steve Laug

When my brother sent me a photo of another cigar pipe he was bidding on I wondered about it. I have cleaned up two of them made by Mastercraft (https://rebornpipes.com/2016/09/12/back-in-flight-a-pair-of-mastercraft-sparkless-cigar-pipe-zeppelins/). They were an interesting pair of pipes. This one was different he said. The design was quite a bit more streamlined and smooth in terms of look. The aluminum nose cone was smooth and there were two air holes drilled in the briar itself rather than just in the nose cone. I am assuming this was to aid airflow in the pipe. It still had an aluminum to briar connector for the two parts. The vulcanite stem was well fitted.cigar1 cigar2What would be the left shank side was stamped SAFE-TEE over Pat. June 23, 1925. I did a lot of searching online and could only find one other picture of a rusticated version of the pipe. It is not listed on Pipedia or on pipephil’s Logos and Stampings site. I looked in my reference books here and found it listed in Who Made That Pipe. In classic form, giving an almost dictionary style definition the book says that the pipe was made by the Safe-Tee Pipe Company in the US. Now to me that is classic – the SAFE-TEE pipe made by the SAFE-TEE Pipe Company. The only additional piece of information was that it was made in the USA and it was patented originally in 1924. The photo below shows the stamping. cigar3The stem was in great shape with minor pitting and some tooth chatter but no heavy damage. There was light oxidation as well.cigar4My brother took the photos above and the ones below to show the condition of the pipe before he cleaned it. The next one shows the pipe taken apart. The nose cone portion of the pipe is all briar with threads cut into the briar. The shank portion has an aluminum connector that turns into the briar cone. There is a washer that serves as a spacer/band between the portions. The stem is straightforward with no stinger apparatus. He also took photos of each side looking down the barrel.cigar5 cigar6The washer is free and spins on the aluminum connector. It needs to be aligned for the two sides to meet properly. There was a small crack/flaw in the briar of the shank portion of the pipe.cigar7Once again I am thankful for my brother Jeff’s cleaning skills. The inside of the pipe and stem were spotless when it arrived in Vancouver. The exterior had also been scrubbed clean of dirt, debris and the mottle finish. The pipe was ready to restore. I took some photos of it when I brought it to my work table.cigar8I took some photos of the pipe taken apart to show some of the structure on the pipe. You can see the internals of the connector and the metal tube in the bottom of that portion (the one on the left of the photo) you can also see the end of the cone. It is an interesting design that is different from the Mastercraft version.cigar10The next photos show the condition of the stem – you can see both the tooth chatter and the oxidation in the photos. There was also some pitting in the vulcanite.cigar11My first order of business was to repair the crack and several of the deeper pits in the briar. I cleaned the entire pipe with a cotton pad and acetone. I examined the crack to see how deep it went in the briar and was pleased to see that it was really surface flaw. The tube inside the shank portion stabilized it from causing further damage. I used a dental pick to clean it out and filled it in with clear super glue. It was small enough that I did not mix any briar dust with the super glue repair.cigar12When the glue dried I sanded the repairs with 220 grit sandpaper to blend them into the surrounding briar and make them smooth.cigar13I sanded the repaired areas with micromesh sanding pads – wet sanding with 1500-2400 grit pads and dry sanding with 3200-4000 grit pads. I used the higher grit pads on the entire area around the repairs.cigar14I used a dark brown stain pen to touch up the repaired areas and blend them into the colour of the briar on the rest of the pipe. I gave the pipe a coat of Conservator’s Wax and buffed it. I set it aside and turned my attention to the stem.cigar15I did not stain the rest of the pipe but decided to leave it as it was. The repaired areas were stained to match the rest of the pipe but other than that it is unstained by me. I took the next two photos of the repaired areas after waxing and hand buffing them. The repairs blend in very well.cigar17I sanded out the tooth chatter and pitting on the stem with 220 grit sandpaper. It also removed the majority of the oxidation.cigar16I polished the stem with micromesh sanding pads – wet sanding with 1500-1800 grit pads and dry sanding with 2400-12000 grit pads. I rubbed the stem down with Obsidian Oil after each set of three pads. After the final set of pads I gave it a final coat of oil and set it aside to dry.cigar18 cigar19 cigar20I buffed the pipe with Blue Diamond on the buffing wheel being particularly careful around the stamping on the side. The stamping was already light on the left and right side so I did not want to damage it more. I gave it multiple coats of carnauba wax and buffed it with a clean buffing pad to give it a shine. I finished by hand buffing it with a microfiber cloth. The finished pipe is shown in the photos below. It turned out to be a beautiful piece of briar with a mix of flame, cross and birdseye grain surrounding the two halves. The aluminum polished up nicely and the black vulcanite, the natural finish and the aluminum combine to give the pipe a classic appeal. This was a fun one to work on. Thanks for walking with me through the process.cigar21 cigar22 cigar23 cigar24 cigar25 cigar26 cigar27 cigar28 cigar29

Rejuvenating the first of two Peterson’s System Pipe 1312


Blog by Steve Laug

I have written about the first three pipes from an estate lot that I was tasked to clean up and sell in three previous blogs at https://rebornpipes.com/2016/10/25/this-favourite-gbd-marquis-752-was-a-mess-not-any-more/; https://rebornpipes.com/2016/10/26/rescuing-a-petersons-english-made-203-billiard/;  https://rebornpipes.com/2016/10/27/rejuvenating-a-petersons-system-pipe-1314/. These included a GBD Marquis Author, a Peterson’s English Made 203 billiard and a Peterson’s 312 System Pipe. I am including a short version of the acquisition for those who have not read it. My friend has a pipe shop that is closing and he had some pipes that had belonged to an elderly gentleman who had died. His wife had given him the fellow’s pipes. She wanted to get them cleaned up and sold to folks who would appreciate them. Richard thought I would be interested in the story and have fun cleaning these up and selling them. There some really nice pipes in the lot – GBD’s, Comoy’s, Stanwells, Petersons, two ceramic Goudewaagen pipes, and others. There are just over 50 pipes that I will be cleaning and listing on rebornpipes.

The fourth pipe I chose to work on was another Peterson’s System Pipe. It is stamped Peterson’s System Standard pipe on the left side of the shank. On the right is stamped Made in the Republic of Ireland 1312. The stamping is clear and sharp. The nickel ferrule is stamped K&P Peterson’s and has the three faux hallmarks that are for looks.  The bowl is thickly caked and the rim is dirty. The finish is in decent shape with a medium brown stain over flame and straight vertical grain. The stem is oxidized with some calcification around the P-lip button. Light tooth chatter covers both the top and underside of the stem. There is no P stamping on the P-lip stem but it appears to be an original not a replacement.

Here are some photos of the pipe when I started cleaning it. The pipe has good lines and some interesting grain underneath the grime.pete1 pete2 pete3I took some close up photos of the bowl, rim, stamping and the stem to give and idea of the issues I had noted above. The first photo shows the thick cake in the bowl and the overflow onto the rim top. The next photos show the oxidized nickel ferrule on the end of the shank and the clear stamping on both sides. The last two photos in this set show the chatter and detail of the stem.pete4 pete5 pete6I reamed the bowl with a PipNet reamer starting with the smallest cutting head and working up to the third cutting head. I took the cake back to bare briar. I cleaned up the inside of the bowl with the Savinelli Pipe Knife. I rolled a piece of 220 grit sandpaper around my finger and sanded out the inside of the bowl and smooth out the inner rim edge.pete7 pete8I scrubbed the exterior of the bowl with alcohol on cotton pads to remove the grime, waxes and oils. It has some beautiful grain shining through on the cleaned briar.pete9 pete10I cleaned the interior of the mortise and the airway in the shank and stem with pipe cleaners, cotton swabs and alcohol until they were clean. I spent extra time in the trap in the bottom of the shank.pete11I polished the ferrule with tarnish remover and silver polish on cotton pads to remove the oxidation. The nickel really shone once the tarnish was removed.pete12I worked on the tooth chatter, oxidation and calcification on the stem with 220 grit sandpaper until I had removed the damage and build up.pete13I polished the stem with micromesh sanding pads – wet sanding with 1500-1200 grit pads and dry sanding with 3200-12000 grit pads. I rubbed the stem down with Obsidian Oil after each set of three pads. After sanding with the final set I rubbed it down once again and set it aside to dry.pete14 pete15 pete16I buffed the pipe and stem with Blue Diamond on the buffing wheel to raise the shine and polish it further. I gave the pipe multiple coats of carnauba wax and buffed it with a clean buffing pad to shine it. I finished by hand buffing the pipe with a microfibre cloth. This adds some depth to the shine. The finished pipe is shown in the photos below. This pipe is for sale along with the others that I have cleaned up from the estate. If you are interested in adding it to your collection send me an email to slaug@uniserve.com or a message on Facebook. Thanks for walking through the process with me.pete17 pete18 pete19 pete20 pete21 pete22 pete23 pete24 pete25 pete26 pete27

 

Using the Dremel for Polishing – An Addendum


Blog by Dal Stanton

I leave Bulgaria Monday, to join my family as we celebrate the wedding of my youngest daughter, who will be married to my future son-in-law in Nashville, November 6th!  I decided to give my future son-in-law a wedding gift – not just my beautiful daughter!, but also his choice from among the pipes that I’ve restored.  I sent him a picture of pipes that all have been published on rebornpipes.com and encouraged him to look at the write-ups by searching my name and to choose the pipe he favored.  His choices were (from top to bottom), the No-name from Sozopol that was just published as my Dremel Polishing Techniques essay; Horn stem throw-away Pipe; a Butz-Choquin Rocamar with a Cumberland stem, a Jeantet Fleuron and, at the bottom, a Denicotea Deluxe Curling.dremel1He chose well.  He was drawn to the Butz-Choquin Rocamar (center, above) with its eye-catching Cumberland stem.  After I received the text message with his choice solidified, I picked up the BC Rocamar and took a closer look at it.  The thought that ran through my mind was that somehow the finish had dulled and I wanted to spruce it up a bit before wrapping it and packing it to the US.  Then on a hunch, I decided to look back at the write up that was published on rebornpipes in July and see if the finish had indeed dulled or was it the way I had finished it?  After a quick look at the BC’s restoration, I realize that I’m looking at the same finish that I gave the pipe then.  In that restoration, I did the full micromesh phase (9 pads) and followed with staining the stummel.  Then I by-passed Tripoli and Blue Diamond compounds and went directly to carnauba wax with a cotton cloth wheel, then a buff with a clean cotton cloth wheel, concluding with a microfiber cloth rub down.  Since I had just completed the Dremel Polishing Technique essay for Steve, I find myself comparing the finishes of the later pipes with the BC and there was a distinct difference.  The luster and depth of the briar grain was much more distinct in the more recent pipes that I’ve restored.  A wonderful thought came to mind – the Dremel technique and process that I’ve been honing in on really DOES work!  I’m not just blowing pipe smoke up to people reading these blogs and who use a Dremel! J  The next thought was to write an addendum to the Dremel Technique essay and run the BC through the polish process again – as I’m doing it now, and see if I can detect and record a substantive advance in the finish of the BC Rocamar (by the way, the BC Rocamar is a pipe of Saint Claude, France).  My approach is to reverse time with the BC by applying both Tripoli and Blue Diamond with felt wheels, at the lowest RPMs available, and work it to the end of the process as fully described in detail in the Dremel Technique essay (Link).  After completing the process again with the BC, I retook pictures as closely as I could to mimic the pictures of the BC’s restoration in July.  I did this to compare the effectiveness of the Dremel approach I’m using now to what I did before.  Here’s what I found:

July:
dremel2Today:
dremel3July:
dremel4Today:
dremel5July:
dremel6Today:
dremel7July:
dremel8Today:
dremel9 Disclaimer: This definitely was not a scientific test, but I will let you judge stem and stummel! I’m pleased with the results that I see before me today compared to July. I’m not sure the pictures do full justice to the view the naked eye enjoys of the rich briar grain, but I will be very happy and pleased indeed to wrap this reborn pipe and bring it to my future son-in-law as a gift from his future father-in-law. This special gift from my hands and prayers from my heart entrust this soon-coming marriage into God’s able hands. Thanks for joining me!

My Dremel Polishing Techniques with a No-Name pipe from Sozopol Bulgaria


Blog by Dal Stanton

My reaction to Steve’s request that I write a step by step procedure of how I use a Dremel in my restorations was, “Who, me?  Uh….”  When he said that I was the only one that he knew of that uses a Dremel for the entire buffing/polishing process and that my results were up there with high powered buffers, these results piqued his curiosity.  When he also said that others too might be interested in my approach, I agreed to write this essay because I’ve benefit a great deal from reading others and discovering both methodologies of the art and the camaraderie that exists among pipe men (and women!) and those who restore tired pipes.  So, I proceed with this caveat: Since I’ve never used a normal sized powered buffing wheel I can’t compare these with my use of a Dremel.  My use of a Dremel is due to my setting – my wife and I live in a former Soviet apartment ‘block’ on the 10th floor in Sofia, Bulgaria.  By necessity my approach when I started this hobby last June with my first restoration (Link) was to keep things compact and contained because of our living space limitations.  Hence, the acquisition of a Dremel (In fact, I have a Skil brand high speed tool, but like the universal branding of Xerox, I call it a Dremel!) and its use of miniature buffing wheels.  To set the table, I’ll do a short-hand on the front end of the restoration and then get into more detail when I get to the polishing phase with my use of the Dremel, wheels, compounds and wax.  I told Steve that I’m flying by the seat of my pants!  Consider yourself forewarned!

The no-name bent billiard before me now I found in the lazy little fishing town of Sozopol, Bulgaria, (Wikipedia) on the Black Sea coast during summer travels with our visiting daughter and son-in-law.  As we were strolling down the cobblestone street, an older lady had several pipes in a coffee tin situated on a window ledge looking over her impromptu display table with all kinds of old nick knacks and Soviet memorabilia.  I almost missed the tin can because my eyes were scanning the stuff on the table for a lonely pipe in need of a fresh start on life.  When I started drawing the small selection of pipes out of the can and studied them, what drew my attention immediately to this pipe was the unique grain in the briar.  After striking the deal, I took these pictures of the Sozopol find:buff1 buff2 buff3 buff4Today, after receiving Steve’s request for the essay, I took the Sozopol pipe out of the ‘Help me!’ basket, and again examine the briar with fresh eyes.  I’m thinking that this pipe will be perfect for the Dremel essay.  I am drawn to the briar as it is now and am anxious to coax it out even more.  I take a few more pictures on my work desk to fill in some gaps.buff5 buff6 buff7 buff8buff9With no name stamped on the shank and only what I assume is a shape number (362) stamped on the right side of the shank, the only indicator to the origins of this pipe is the stem imprint (above) which appears to be an ‘A’ with either an oval circle forming the cross bar or possibly the cross bar forms the shape of a pipe with the bowl to the right – at least it seems that way to me.  I looked at www.Pipephil.eu to find a match and I found none.  I always appreciate discovering something of the history of a pipe which enriches the restoration process for me – I’m connecting with its past as I contribute to its ongoing life through its restoration.  I’ll spruce up this stem logo with white acrylic paint later.

Since this blog is devoted to my use of the Dremel in the latter stages of the restoration, after reaming, cleaning of the internals of stem and stummel, removal of oxidation and micromesh the stem, cleaning the stummel with Murphy Oil Soap, and preparing the stummel for the sanding and buffing processes, I arrive at this point, completion of use of medium and light sanding sponge and the full micromesh process (1500-12000 grit pads). I show these pictures because I understand that the end polishing results will never be better than your sanding prep leading up to the application of compounds and waxes.  For this reason, I’m very patient with the micromesh cycles – I enjoy seeing the grain pop out during this stage and polish will not remove missed scratches and pits in the briar.  The pictures also show the progress.buff10 buff11 buff12Overview of Set-up

One of the first places I went to get a handle on buffing techniques when I was starting was to Steve’s Reborn essay about using a buffing wheel (Link).  Even though the essay is for high powered buffing wheels there was very useful information about dos and don’ts, wheel maintenance and techniques of buffing.  Even though my buffing wheels are miniscule in comparison, they also can launch the stummel or stem quite ably from what you thought was a secure grip.  Safety is also a consideration!  He also provides additional links which are useful.  My Dremel (Skil) has a hand-held flexible shaft that is very useful in allowing me to get up close and personal with the buffing.  I use it all the time.  The wheels I use are about 1 inch in diameter and I utilize both felt and cotton cloth wheels for different applications.  I bought them bulk on eBay at a very reasonable price!  Each wheel is dedicated to a specific stage of the process and is labeled so that compounds and wax are not mixed.  The wrench that comes with the Dremel for loosening and tightening wheels also serves to clean the wheels.  Before each use (or after) I engage the wheel and carefully run the blunt end of the wrench tool along the end of the wheel.  This removes old compound and keeps the wheels fresher and supple.   Pictures show my setup!buff13Compounds and Wax

From a newbie’s perspective, I wasn’t sure what compounds were and what they did (true confession!).  From 9th grade shop class I had a grasp of the basic principles of sanding and moving from more abrasive to less abrasives to remove impurities and smooth things up.  When I started reading Rebornpipes.com, I started seeing words like Tripoli, Blue Diamond, White Diamond, carnauba…, I didn’t know what these did or what part they played in the process – abrasives, polishes?  I also was not familiar with color coding – blue, brown, white – I also saw green on Amazon when I was trying to figure out what to buy in concert with my newly purchased and anxious Dremel.  So, after poking on the internet I found this very helpful site (Enkay Polishing Instructions) that described what the different compounds were and what uses they had and how.  Very helpful too, was a chart that lined up all the compounds from coarse to fine (with colors!) and what kinds of materials they are used on for sanding/polishing (see below).buff14The 3 lines on the bottom, sum up well my pipe universe: Hard Rubber/Horn/Wood.  It was because of this chart that I decided not to use White Diamond because of its next-door status to Brown Tripoli and because the dots for these materials tick Tripoli and Blue All Purpose.  I know that in restorations both White and Blue Diamond are used effectively and one could jump to White Diamond in lieu of Tripoli.  So, my methodology, which seems to be working well for me, is after the micromesh phase is complete, I employ Brown Tripoli (coarsest) and then jump to Blue Diamond (fine), followed by carnauba wax.  Each application has its own wheel.  I start with Tripoli after the micromesh cycles (or after staining which I place between the micromesh cycles and Tripoli), because technically, Tripoli and the diamonds are a continuation and conclusion of the abrasive/sanding process.  With carnauba wax the restoration transitions to the polishing and protective phase – at least this is how I now view it.

Felt Wheel vs. Cotton Cloth Wheel?

I use felt wheels for the Tripoli and Blue Diamond applications and then switch to a cotton cloth wheel for applying the carnauba wax and then a final clean buffing.  Somewhere I read (I’m sorry I don’t have a specific link for the source!) that caution should be used when utilizing a felt wheel because they tend to be more abrasive than cotton cloth and hence, they potentially can generate too much heat on the briar or vulcanite surface – melting or scorching would not be a good result at this stage!  Yet, with words of caution in mind, I have found that applying the Tripoli and Blue Diamond at the lowest Dremel setting (slowest RPMs – It would be interesting to compare the technical data for RPMs for the Dremel with a high-powered polishing wheel).  With the carnauba wax and the final clean buff, I use cotton cloth wheels which is a smoother material and therefore cooler relatively speaking.  I tweak the RPM speed up one number on the Dremel when I apply the carnauba.  I played around with the speeds and this is what seems to work for me.buff15Applying Compounds and Wax

Through simple observation and experimentation, I developed my approach for applying the compounds and wax.  Both compounds and carnauba wax need friction and heat to accomplish the job for which they are intended.  What I discovered as I applied both compounds and wax was that each has its own characteristic behavior when they meet the briar or the vulcanite on the stem.  Since Tripoli and Blue Diamond are abrasives, they remain powdery and dry when they are applied with the felt wheel.  When they make contact, there is a distinctive initial cloudy patch which disappears into deeper gloss through the polishing process.  Compared to the compounds, carnauba wax liquefies into notable ripples during the application and can be strategically spread around in a uniform way.  The way I achieve this perspective is with the felt and cotton cloth wheels being so small, with my bright light overhead, I can angle my field of view to observe the ‘action’ the wheel is generating revealed in the sheen of the reflection on the briar or vulcanite surface.  With the compounds, it can be likened to pushing a broom across the dry floor.  With the carnauba, it can be likened to a wet mop and pushing the wax over the surface.

Charging the wheels is straight forward based upon Steve’s essay and everything I’ve read: Less is more!  For both the compounds, I lightly ‘pause tap’ the wheel on the block of Tripoli or Blue Diamond.  Just enough to pick up some product on the wheel.  With carnauba, there is more of a pause, pause on the block as the wax is collected onto the wheel – not too much though.  When I bring the wheel to the surface, I divide the stummel into about 8 areas and I methodically (I do it the same way each time so I don’t forget a ‘patch’) work the compound or wax into those sectors with overlap between them so I’m sure to not miss anything.  As I watch the ‘action’ in the sheen of the surface, I can move the product around and tell when I’m in need of recharging and moving on by the gloss produced in the ‘patch’.  With carnauba, especially, I watch the ripples created by the liquefied wax and I ‘push it around’ the surface as it is assimilated into the briar or vulcanite and gloss is produced.  I keep the wheel moving in a circular rotation over the surface, never pressing too hard, allowing the product, RPMs and wheels to do the work.  The gloss that increasingly emerges with each application has a 3-dimensional depth to it – this helps me know when I’m achieving maximum shine and I can move on.

The Practice (Thank you to my wife for pictures while my hands were full!)

With my Sozopol no-name, I decide to apply a stain using Fiebing’s Dark Brown Leather Dye with a few drops of Oxblood.  I cut the mixture by adding about one half part alcohol.  I amply apply the stain mix twice, each time flaming the surface of the stummel setting dye in the grain.  I take my Dremel with a felt wheel (after cleaning with wrench) set at the slowest RPM and I apply Tripoli compound to the surface. buff16 buff17Application of Tripolibuff18 buff19Application of Blue Diamond followed by micromesh cloth wipe to remove residue compound before applying carnauba wax.buff20 buff21Application of carnauba wax to stem and stummel finishing with a clean cotton wheel buff and then micromesh cloth buff.buff22 buff23 buff24I hope this essay has been helpful.  Has anyone seen this stem mark?  If you would like to adopt this pipe, let me know!  Leave a response below or send an email to slaug@uniserve.com. Thanks for joining me!buff25 buff26 buff27 buff28 buff29 buff30 buff31 buff32 buff33

“Chinrester” Pipe stamped Screwball would be an interesting restoration project


Blog by Steve Laug

Over the years I have seen photos of the strangely shaped pipes with the long almost tortuously bent stems but I had never seen one close up. Then my brother sent me photos of one that he had picked up for me to restore. It was stamped Screwball on the left side of the shank and 6044 over Italy on the right side. It had a tarnished silver coloured band on the shank that covered what appeared to be a cracked shank. The finish had been sanded free of the area that was banded but the rest of the bowl was still covered with a shiny plastic coat finish that seemed impermeable. The stem was intact which was interesting as many of the ones I have seen were either twisted or bent or broken. The bowl was a unique shape as well. At a side glance it was a combination of a prince and pot but there was a ring around the top of the rim that divided the rim into two enclosed circles. It is a large pipe – 11 inches long, 1 ¼ tall, 1 ¾ inches diameter and a ¾ inch chamber diameter.chin1The stem was oxidized and slightly brown. The silver band was tarnished but the pipe still had a glossy shine in the photos he sent me.chin2The rim showed darkening and some lava over flow on the top of the bowl. There was a light cake in the bowl. The ring around the top was filled with grit and grime. chin3My brother took some close up photos of the pipe. The first of these shows the rim top and the cake and overflow on the rim. The second shows the stamping. The name of the pipe as it appears in the photo is SCREW. Underneath the band is the second half of the name BALL.chin4The next two photos show the stamping on the shank and the imprint of Sterling Silver on the band. They also show the grain peeking out of the shiny topcoat on the underside of the bowl.chin5Here are a couple more shots of the bowl – you can see that the shiny coat has some scrapes in the surface and the almost painted on look that makes me wonder if it is not a later coat of varathane.chin6When my brother received the pipe the band was loose so he slid it off the shank and revealed not only the complete stamping on the pipe but a large cracked area that had been repaired. The cracked area looks like a large chunk of briar had broken free. It had been glued in place and then a band slid over the repair. The glue had dried and long since let the band fall loose.chin7 chin8My brother did the clean up and took off the rim burn on the top and scrubbed the exterior with Murphy’s Oil Soap and the interior with pipe cleaners, cotton swabs and alcohol. When I received the oxidation on the stem was on the surface and the pipe was ready to restore. I have to be honest with you all it was not a restoration that I was looking forward to. The long and curved stem just spelled trouble to me. Trying to run pipe cleaners through it and also polishing and cleaning the oxidation seemed a daunting task. But finally I brought it to the table. Here are some photos of the pipe before I started.chin10 chin11I took the pipe apart and took photos of the parts. With the band removed you can see where the repair person had sanded the shank and done the crack repair before banding the shank.chin12 chin13Trying to scrub off the shiny topcoat with acetone was next to useless. The only place it came off was in the area that had already been sanded. I lightly sanded the bowl with 220 grit sandpaper to break up the surface of the shiny coat. Once that was done I was able to scrub it off with acetone quite easily. In the next photos you can see the repaired crack. It was quite large.chin14 chin15I took photos of the repaired crack to show the extent of it. The band fortunately covered the entire cracked area so it provided stability to the glued crack. Unfortunately it also covered up half of the stamping on the left side of the shank.chin16I used some Weldbond white all-purpose glue to glue the band in place on the shank. I applied it with the tip of the bottle and spread it around with my finger tip to get good coverage. I pressed the band in place on the shank.chin17While the band repair was drying I worked on the stem. I broke up the oxidation on the surface by wet sanding with 1500-2400 grit micromesh sanding pads. I wiped the stem down with a damp cloth. I scrubbed the stem with Before & After Pipe Stem Deoxidizer and was able to remove more of the oxidation. This was a labour intensive effort and took a lot of scrubbing with the solution and paper towels. When there was no more brown coming off the stem I scrubbed it with Before & After Pipe Polish – both Fine and Extra Fine to further address the oxidation.chin18 chin19You can see from the above photos that much of the oxidation had been removed but under a bright light such as the camera flash the oxidation still showed. At this point I had a decision to make – either scrub the stem with more of the deoxidizer or use my tried and true method of micromesh sanding pads. I chose to use the pads. I wet sanded it again with 1500-2400 grit pads and rubbed it down with Obsidian Oil. I dry sanded it with 3200-12000 grit pads and gave it a coat of Obsidian Oil after each set of three pads. After the final set and another coat of oil I set the stem aside to dry.chin20 chin21 chin22While the stem dried I sanded the bowl with the micromesh sanding pads to polish the briar. I had decided not to stain the bowl but leave it natural with a light oil finish and a good buffing. I cleaned off the tarnish on the band with a jeweler’s cloth and polished it to a shine.chin23 chin24With the bowl and stem both hand polished I took the pipe to the buffer and buffed it with Blue Diamond on the wheel. I was able to raise more of a shine with the buffing on both the bowl and stem. Buffing the stem was a real interesting challenge – lots of twisting and turning to get the entire stem buffed. At one point I removed it from the bowl to make it easier to maneuver on the wheel. I gave the bowl and stem several coats of carnauba wax to protect it and buffed it with a clean buffing pad. I finished by hand buffing it with a microfibre cloth. It turned out pretty decent considering where it started. I don’t know if I would call it a chinrester or a shoulder rester as it is a big pipe. I do know that the original design to make it easier on the teeth of the pipeman may not apply here. In the original design the stem rested against the chin of the smoker. In this design unless the smoker has a jutting jaw there is no way that it can rest against the chin. Anyway, the finished pipe is shown in the photos below. Thanks for looking.chin25 chin26 chin27 chin28

Restoring an Older KBB Yellow-Bole 2094 Churchwarden with absolutely stunning grain.


Blog by Steve Laug

My most recent box of pipes that came from my brother had this Yello-Bole Churchwarden in it for restoration. It is a long pipe – 12 inches from bowl to button. The next seven photos were the ones provided by the eBay seller. They don’t really show the grain in the pipe or the peeling shellac coat on the bowl but they give a clear picture of the shape and carriage of the pipe. It really is a beauty in terms of overall appearance. It is graceful with a gentle bend to the stem ending in a button that is not flared from the end of the stem but is straight-edged with a small slot in the end. The stem also had the inset yellow circle on the top of the stem.yb1The third and fourth photos provided in the seller’s photos show the damage to the finish and the build up and damage to the rim. You can also see some of the peeling of the finish and the way that it obscures the grain of the briar. The rim is dirty in the photo below and at first glance it looks like the bowl may have been meerschaum lined. I was pretty sure that this was not the case but would know better once it arrived in Vancouver. It appears that the bowl had a light cake but was not in bad shape. It would not take too much to ream the bowl. The stem was lightly oxidized and had tooth chatter on the top and underside near the button.yb2The stamping on the shank is very clear. The shape number on the right side of the shank is 2094 and the brand stamp on the left KBB in a cloverleaf next to Yello-Bole over Honey Cured Briar.yb3My brother scrubbed the externals of the pipe with Murphy’s Oil Soap and was able to loosen some of the flaking varnish or shellac. He reamed the light cake back to the yellow bowl coating. He cleaned out the shank and the airway in the stem with pipe cleaners and alcohol.yb4 yb5The next two close-up photos of the bowl sides shows what the finish looked like once he had done his work. You can see the interesting grain showing through the damaged finish.yb6 yb7I took photos of the pipe when I received it in Vancouver. You can see the condition of the finish in the photos. In the cleaning process oxidation came to the surface of the stem.yb8 yb9The internals of the pipe are interesting. The first photo below shows the yellow bowl coating that still remained in the bowl. This one was certainly lightly smoked to be in this condition. The second photo shows the standard Yello-Bole stinger apparatus that is screwed into the tenon.yb10There was light tooth chatter and tooth marks on the top and underside of the stem but the button was in excellent shape with minimal tooth marks or bites.yb11I removed the remaining varnish/shellac coat with acetone (fingernail polish remover) on cotton pads. It also removed some of the stain and brought the grain to the surface of the bowl. I liked the look of the pipe once the varnish was removed.yb12 yb13The stamping looked even clearer once the top coat had been removed. In the first photo below there is a line under the number that looks like a crack or a fill. It is not but rather it is debris left behind by the cotton pad and acetone wash.yb14I ran pipe cleaners, cottons swabs and alcohol through the mortise and the airway in the shank and the stem remove any remaining oils. The red colour on the cotton swabs is actually some of the red stain that was inside of the shank. I was able to remove all of stain from the shank and mortise.yb15I unscrewed the stinger from the tenon and cleaned it with 0000 steel wool. I am not sure whether I will put it in or not. I may do so and let the new owner decided whether to keep it in place or remove it.yb16I lightly sanded the stem with 220 grit sandpaper to remove the tooth chatter and bite marks. I sanded it with 1500-2400 micromesh sanding pads then tried a new product that I picked up from Mark Hoover of La Belle Epoque Vintage & Modern Fountain Pens. I follow Mark on Facebook and have been reading about his restorations and cleanup or estate pipes. He developed a product for pens that deoxidizes and polishes vulcanite. He also uses it on vulcanite stem with great results. I have seen his before and after pictures of pipes that he has restored so I thought I would order some and try it out. The photo below shows what came with the kit.

Mark wrote on his site that the product was specifically designed for hard rubber and celluloid but that it does work well on other types of plastics. He also sells the same product relabeled for pipe stems. The line is called Before and After. He states on the website that “All of our polishes are made using the highest quality products.  These products are designed to not only recondition your pen (or in this case stem) but also to provide a layer of protection. All of the products used in these polishes are none-toxic and environmentally friendly.”

“There are two different polishes.  Fine and Extra Fine.  We recommend both as some pens will show more wear then others.  Often one will work on a pen using the Fine polish and finish with the Extra Fine. The polishes are sold in 2 oz jars.  The cost is 12.00 per jar. The number of pens one can restore will of course vary depending on the wear that each pen shows.  I have restored from 75-150 pens per jar.”

Here is the link to his site with the prices for the product: http://www.lbepen.com/apps/webstore/products/category/1185536?page=1. The product can be ordered onsite. It is shipped in a well wrapped package and I had no issues with it coming across the border through the post office.yb18The Deoxidizer is a thick gel that I rubbed onto the stem with a cotton pad. I let it sit for a short time before rubbing it off with another pad. It removed the oxidation quite nicely. I repeated the process until the stem was once again black. After using the Deoxidizer I polished the stem with the Fine and the Extra Fine Pipe Polish. It quickly shined up the vulcanite. Both of the stem polishes are quite thick and sticky. The fine is grittier than the extra fine. It took some time to rub each of them onto the stem surface and then polish it with a soft cotton pad. The second photo below shows the stem after using the Extra Fine Polish.yb17I buffed the pipe with Blue Diamond on the buffer and then gave the bowl and stem several coats of carnauba wax. I buffed it with a clean buffing pad and hand buffed it with a microfibre cloth to deepen the shine. The finished pipe is shown in the photos below. I left the stinger out of the tenon for these photos but it is easily screwed into place. The grain shines through beautifully with the oxblood coloured stain. The polished stem is smooth and shiny with a lot less effort than other products I have used. Thanks for looking.yb19 yb20 yb21 yb22 yb23 yb24 yb25 yb26

 

Restoring a Well-Aged Double Walled Ceramic Baronite Pipe


Blog by Steve Laug

Steve, a pipe man in Northern British Columbia who sent me this old Baronite pipe said it belonged to his grandfather. That makes sense to me looking at the patina on this old double walled ceramic pipe. It is darkened with age like a well cured meerschaum. I have cleaned up quite a few of these but I have not seen one darkened to this degree. It is basically a bent apple shaped pipe with a windmill and canal scene on the front of the bowl wrapping slightly onto each side. On the left side of the shank it reads Holland and on the right side Baronite. I had a memory of the Baronite stamping referring to a line of pipes from a Dutch company called GoedeWaagen. I looked it up on Pipedia: https://pipedia.org/wiki/GoedeWaagen. I found the following information that confirms that the Baronite was a line of Double Walled Ceramic pipes produced by GoedeWaagen. I quote the short article in full:

Dirck GoedeWaagen became a master pipemaker on January 1, 1779 and took on his first assistant the following month. Soon after Dirck’s grandson fell in love with and married a girl from the illustrious De Jong family, legendary in the ceramic pipemakers guild in Gouda. He built a workshop in the Keizerstraat in Gouda, which continued for two generations until his grandsom Abraham GoedeWaagen moved the company to a new location.

In 1853, Pieter Goedewaagen purchased his father-in-law’s factory “De Star”, which becomes the basis of the modern GoedeWaagen company. In approximately 1880, Abraham’s grandson Aart GoedeWaagen persuaded his father Pieter to expand the business with an eye towards more models of pipes, and P. GoedeWaagen & Sons was founded in response. Within ten years the firm had hundreds of models and P. GoedeWaagen & Son was exporting pipes around the globe.

GoedeWaagen continued to make pipes, but also began acquiring other ceramics firms, including ‘De Distel’ in 1923, and in so doing acquiring the expertise to make decorated ceramics other than clay pipes. It is at this time that the company is granted a Royal charter and by the 1930’s Royal Goedewaagen is one of the top names in dutch ceramics.

While Goedewaagen pipes were originally traditional and figural clays, after the invention of the double walled clay pipe by Zenith, also a Gouda company, Goedewaagen began producing pipes in that commonly seen style, which they marketed as The Baronite Pipe, advertised for its clean smoking and health benefits. Since the company’s bankruptcy in 1982, however, they have made only the occasional souvenir pipe, including a line commemorating Holland’s monarchs.

I have no idea when this pipe was made but at least we now know who made it and where it was made. The stem is yellow Bakelite with a threaded metal tenon. I don’t know if that is original but it is in excellent shape. It is screwed into a cork insert in the shank of the pipe. It had deep tooth marks on the top and bottom sides near the button and into the top of the button edges. The bowl in this case had a fairly thick cake of carbon built up inside. The exterior of the bowl had a lot of dirt and debris stuck to the surface of the bowl and shank. The pipe reeked of strong tobacco. The rim seemed to have some spots of either damage or flaws from the original manufacture. There was also some tar buildup on the rim top. The brass band on the shank was oxidized and dull. Overall it was a dirty pipe in need of TLC.delft1 delft2I took this close up photo of the interior of the bowl and the rim. Note the airway at the bottom of the bowl that drops into the inner space between the two ceramic walls. The rim is also dirty with tar. In the second photo I removed the stem and you can see the crumbling cork insert.delft3 delft4I sanded the top of the bowl with a 1500 grit micromesh sanding pad to remove the tar and buildup without damaging the glaze on the ceramic. I reamed the bowl with a Savinelli Pipe Knife to scrape the cake back to the bare ceramic walls. Just a note – ceramic bowls like meerschaum bowls should be wiped out after each smoke to make sure that a cake does not build up in the bowl.delft5 delft6I pulled the cork insert out of the shank and it was dry and deteriorated. I wanted to try to rejuvenate the cork but it was too far gone and crumbled in my hands. A new cork could have been purchased from a pharmaceutical supply but I have always cut and shaped my own cork inserts for these from old wine corks. I cut a piece of cork the same thickness as the insert.delft7I traced the diameter of the old insert on the new piece of cork and cut off the excess with a sharp pen knife.  I shaped it with a Dremel and sanding drum until it was round. I twisted the cork onto a drill bit the sized of the tenon.delft8I sanded the diameter of the insert with the Dremel and sanding drum until the diameter was the same as the old insert and could be compressed into the shank of the pipe. In the photo below you can still see a slight ridge in the middle of the cork. I would need to smooth that out before I inserted it in the shank.delft9I scrubbed out the shank and the airway in the stem with pipe cleaners, cotton swabs and alcohol. I was able to get a lot of the grime and grit out of the shank. I was not able to clean in the airspace between the walls using this method.delft10I remembered reading somewhere that you could rinse out the inside of the shank and the airspace with water. I ran warm water in the shank and plugged the bowl with my thumb and vigorously shook the bowl. The warm water loosened the buildup in the airspace and soon chunks of dark tar fell out of the shank. I continued to shake and rinse the bowl until the water came out clean. The pipe began to smell fresh again.delft11Before I left for work this morning I repaired the deep tooth marks on the stem with clear super glue and let the stem cure all day. When I got home I cleaned the threads on the metal tenon with a brass bristle brush to remove the rust and oils that had accumulated there as well.delft12I filed the patches on the stem and recut the edges of the button and took the repairs down until they were even with the surface of the Bakelite stem.delft13I sanded the patched areas of the stem with 220 grit sandpaper and reshaped the button as well. The surface of the patch blended in on both sides of the stem. There is a slight problem in sanding the yellow Bakelite stem in that the sanded areas are lighter than the rest of the stem. Polishing the stem will minimize this but it is definitely lighter. To me a smooth stem is far better than a rough, tooth marked stem so I am willing to live with the slightly lighter stem at that point. I have also found that as the pipe is used the colour eventually blends in.delft14I polished the stem with 1500-12000 grit micromesh sanding pads – wet sanding with 1500-2400 grit pads and dry sanding with 3200-12000 grit pads. I rubbed the stem down with Obsidian Oil between each set of three pads. I am pretty sure that it does nothing for the Bakelite but it does give the micromesh pads more bite and add to the quality of the polishing.delft15 delft16 delft17With the stem polished it was time to twist the cork insert onto the tenon. I have inserted them directly into the shank before but find that this method works easier and keeps the cork from breaking in the process of inserting it.delft18Before I inserted it into the shank I rubbed the cork down with Vaseline Petroleum Jelly to soften the cork and make it easier to slip into the shank. Once the cork was greased I carefully pushed it into the shank.delft19I hand buffed the bowl and stem with Conservator’s Wax and a soft microfibre cloth to polish it and give it a shine. I was able to clean off the grime and leave behind the rich reddish-brown patina on the bowl. I polished the brass band with 6000-12000 grit micromesh sanding pads. I waxed it as well. The finished pipe is shown in the photos below. It is ready for another long life of enjoyment. It looks and smells great. The polishing of the stem minimised the lightning of the yellow so that it almost is unnoticeable. I am hoping that Steve enjoys his grand dad’s pipe and lets his mind travel to the times he remembers him smoking it. Cheers. Thanks for looking.delft20 delft21 delft22 delft23 delft24 delft25 delft26 delft27