Tag Archives: Oxidation

A Second Bewlay Olde 49 Bent Billiard Repaired and Rejuvenated.

Here is the mate of the other Bewlay Olde 49 bent billiard that I posted about recently. They had both been sitting in my box of pipes to repair and refurbish for several years now. Yesterday I worked on the first one and restemmed it. This afternoon I decided to work on second one. The finish was exactly like the other one – grime ground into the surface and the wax and shine were gone. The top of the bowl was tarred and caked. The stem had been chewed through. The button was gone and the previous owner had made it into some kind of dental bit but cutting a groove in the stem along the end of the chewed off portion. It was a mess. I decided to cut off the chewed portion of the stem and then rework a button into the smooth surface of this one rather than restem it. I find that often this takes far more time to do this than it would just to cut a new stem for it. Such was the case with this one.

I used my Dremel with the sanding drum on it to cut back the damaged stem. I removed just under ½ inch of the stem. I cut it back until there was plenty of vulcanite over the airway on the top and bottom so that I could work in the new button and open the airway into a nice slot. The next series of pictures show the cut off stem. You can see that there is plenty of stem left for the work of shaping a new button.

The next four pictures show the stem from the end and then from the top and the bottom to give a good idea of what the stem looked like once I had removed the damaged material. I worked on the end of the stem to keep it a straight cut. I would eventually curve the ends of the new button but at this point I wanted to keep a straight edge to work with. You can see from the airway pictured in the first picture that there is plenty of vulcanite above and below the airway for the new button to be cut.

I used a rasp with a flat straight edge to do the initial cutting work on the button. I followed up with the flat needle file to clean up the work after the rasp did the initial work. The first two photos below show the freshly cut button. The first photo is of the underside of the stem. The button is cut to match an existing Bewlay stem that I have here. I also wanted it wide enough that I could taper it on the ends and the front edge after I had cut the slot. The second photo shows the topside of the stem after the initial cut of the new button. You can see from that photo that the left edge of the button has a slight indentation in it that will need to be worked on to make the button have a smooth and flowing shape.

The next series of four pictures show the stem after I have smoothed out the initial cut of the rasp with the needle file in the picture. The edge of the button is becoming distinct and clear. The first picture shows the underside of the stem and the clean flow of the button. The second picture shows the topside of the stem. Notice that the line is at a slight angle in the photo. That will be corrected once the left side of the button has been built up with some super glue. Pictures 3 and 4 show the shape of the button and how it is beginning to take the final shape – the oval or “football” shape that was on the old Bewlay pipes. At this point I had not begun to work on the airway to open it up and make a smooth slot into the stem.

I continued to work on the button and the surface of the stem to smooth out the transition and shape and to give some definition to the edge of the button. I used a variety of sandpapers and emery cloths to do the work. For emery cloth I used medium and fine grit and for sandpaper I used 240 and 280 grit. The next two photos show the look of the stem at this point. The line of the button on the top is now straightened out. The spot on the bottom edge of the button in the first photo is the cleaned up divot or dent in the button.

In the next two photos I wanted show the developing profile of the stem and button. The button is actually beginning to show quite clearly and is distinguishable from the surface of the stem.

Quite a bit more sanding needed to be done to clarify the edges and the cut of the button. In the next two photos you can see the new button very clearly. I also had used some clear super glue to build up the top of the button and fill in the divot. I sanded it smooth once it was dry. In the first picture below you can see that the divot is gone and a black spot is in its place. The second photo shows the ongoing development of the underside of the stem and button.

I then used my needle files to work on the slot and open up the airway from the button end. I used an oval needle file to begin to cut the ends of the slot open. The four pictures below show the development of the slot from the start to the finished shape that I was aiming for. It is a nice open draw and should deliver a good smoke. In the fourth picture you can also see that I have tapered the button back toward the slow so that it is a good smooth transition and is comfortable in the mouth. I used a folded strip of emery cloth and 240 grit sandpaper to sand the inside of the slot and smooth the internals.

At that point I decided to take a break from the stem and work on the bowl finish. I wiped down the bowl and rim with acetone to clean off the existing finish and give me a clear surface to work with. This one also has some interesting grain patterns under the old finish. It is a bit more mixed cross grain and birdseye with no real pattern to the grain like the other Olde 49. But it cleaned up nicely.

I sanded the stem some more with micromesh sanding pads – 1500-12,000 grit to get rid of the file marks and sandpaper marks that were left behind. I wet the stem and sanded them through the various grits. The photos below show the rich blackness of the stem that has come back with all the sanding.

At this point I decided to restain the pipe. I did so with a Dark Brown aniline stain. I flamed it to set the stain and stained it a second time. I took pictures but the batteries on the camera gave out at this point and I was left with no photos of the stained pipe. It was dark like the other Bewlay pipe so I wiped it down with acetone on cotton pads to lighten the colour. The picture below gives a bit of a look at the pads and the dark stain that came off with the wash. The pipe is a little dark. This was the last of my batteries and the only picture that came out at this point in the process.

The next four pictures are of the finished pipe. The stain came out very nicely with the grain coming through very well. I buffed it with White Diamond once I had wiped it down with the acetone. The shine came up well on this one. I also buffed the stem with White Diamond and then gave the pipe several coats of carnauba wax and buffed it with a soft flannel buff.

The last picture is of the two Bewlay Olde 49 pipes together and ready to smoke. In person they are not quite as red as they come out in these photos. The rich older brown stain really matches these two well.

Resurrecting a Barling “Fossil” – Gan Barber

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When I put this Barling away in my ‘Lazarus’ box, I thought that it might be from the Early Transition period, and therefore made from the last of that century old Algerian briar that Barling’s were famous for. I had not looked carefully at the nomenclature obscured beneath the grime. Noting that it was a Barling’s, I stored it away, looking forward to the opportunity to smoke from a piece of classic wood.

When I pulled it out and inspected the markings I was disappointed to find it had all the earmarks of a post transition period pipe. The Barling was in script, the model number had four digits, and T.V.F was stamped on the shank. Further, the bowl was not particularly well carved and there were several major fills – something you would never find on a Pre-transition family era pipe. Oh well. I decided to proceed with the refurb anyways.

I pulled a beautifully grained twin bore saddle bit Canadian from a drawer of miscellaneous pipes that I randomly smoke. It has no maker’s name, and is simply marked “France” 255. What a great smoker. Dry and sweet, it sang with the sample of Rincon De LA Pipe No. 1 sent to me compliments of 4noggins Tobacco. So, what’s in a name? You just never know…..

The pipe was in poor condition, having been snapped at the bowl junction where the shank was very thin.

The airway was also drilled off center, which may have contributed to the break.

Dirt and grime aside, the bowl chamber was not scorched or heavily caked. The stem had some tooth marks, but was more dirty than oxidized.

The bowl and shank were placed in my trusty container of 91% Isopropyl alcohol (99% is hard to fine in my neck of the woods) and left to soak for several hours. Meanwhile, the stem went into a bath of Oxy-Clean for 30 minutes, mostly to loosen any residual tars in the airway. Once soaked, pulling several bristle cleaners through the airway was all that was needed to clean out the gunk. After wet scrubbing the exterior with synthetic 0000 wool and Oxy-Clean, the stem was set aside to dry.

Once the bowl was done soaking, I cleaned the small amount of cake from the bowl with my Senior reamer, dipping the bowl in the bath to rinse out the bits and pieces that came free. Next, the exterior surfaces were scrubbed with the synthetic 0000 wool, working wet with clean alcohol.

At this point, with the cleaning finished, the Barling was beginning to come back to life. I set the pipe aside for the evening to let everything dry thoroughly before moving on to the bonding phase.

I used my favorite epoxy, JB Kwik to bond the shank back to the bowl. I set the two parts on a clean work surface, aligned as closely as possible, before mixing the epoxy. I applied a thin layer to both surfaces. I pressed the shank and bowl together, taking care to align the fracture, and let as much excess as possible squeeze out to minimize the joint. Hand pressure for three minutes is all that is needed for the initial bond. I then set the bowl down and let it rest for another 7 minutes (approximate). Under ideal temperature, humidity and proportioning, JB Kwik reaches a rubbery stage after 10 minutes. At this point, I removed the excess epoxy that squeezed from the joint with the tip of a utility knife blade. It peels off like a rubber gasket if you catch it at the right point as it cures. I then used the bit from my Senor reamer to carefully remove any excess epoxy that may have gotten into the airway. Care must be taken to work slowly and with very little pressure, as any leverage against the shank my cause the newly bonded joint to fail. Once the excess epoxy has been removed, I let the stummel cure for at least 6 hours.

With the pipe joined and epoxy cured, it was time to take the bowl and stem to the buffer for an initial polishing with red rouge. After cleaning any residual compound off with alcohol, the bowl was ready for stain. The stem needed some sanding to clean up the faint scouring from the synthetic 0000 wool. The Barling Cross logo was a faint memory, so conserving it was not a concern. 2×2 flex micro-mesh pads, 1500 through 4000, did the trick.

After two wash coats of Feibing’s Medium Brown aniline dye, and spot staining the two rather large fills (sorry, the photos were not usable), I wiped the bowl down vigorously with a micro-fiber cloth and set the stain with a table-top lighter. The micro-fiber cloth works wonders in evening out the coats of dye. Uneven coating or overlap marks blend beautifully when wiped down just after the dye dulls completely.

With the stain applied, the fills touched up, and the stem sanded, all that was left was a gentle once-over with white diamond, followed by three coats of carnauba wax on the bowl. The stem received a white diamond buff, followed by two coats of Briar Works Stem Wax and Sealer. I prefer to protect the stem this way, as my saliva tends to react with straight carnauba, leaving an unsightly white stain.

I’ll save the repair of the tooth dents on the stem for a future essay…..

It may be inferior, when compared to the legendary family era Barlings, but it was still fun to resurrect a pipe that could be half a century old. Sandblasted or rusticated pipes are much easier to repair in this manner, as the rough texture tends to hide the repair. The fracture is only evident on the smooth portion of the stem where the nomenclature resides.

Thanks for looking.

-Gan

Reviving a Genod Shaped like a 9242 GBD

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Blog by Steve Laug

When I saw this one on EBay I immediately put in a bid that would make it mine. When it arrived this is what it looked like. The bowl was relatively clean and easy to work on. The rim had a pretty serious burn on the inside and the outside edge of the bowl on the right side. It is visible in the second photo below. The bowl was also slightly out of round due to reaming with a sharp blade. The stem was oxidized and was an uneven brown tone. There were two small tooth marks on the stem one on top near the button with a match on the underside near the button. The first picture is a bit blurry but I include it as it gives an idea of the shape of the pipe and why I compared it to a GBD 9242. This one is stamped Genod on the left side of the shank and on the right side Iwan Ries & Co (in script) over the shape 271.

I cleaned the bowl and reamed it carefully to remove the carbon build up and uneven cake. I then used sand paper to smooth the inner edges of the bowl and bring it back as closely as possible to round. I topped the bowl minimally to remove the burn damage on the flat surface and minimize it on the outer edge of the bowl. For the most part it came out but left a little darkening on the surface of the rim. The right edge also has some remaining darkening and a small divot out of the edge. I cleaned the shank with isopropyl alcohol and many pipe cleaners, cotton swabs and a shank brush. I then place the bowl in an alcohol bath to soak while I worked on the stem.

The stem is very hard vulcanite. The tooth dents are more cuts than dents and one day I may fill them with super glue but decided to leave them at this point. I sanded the stem with 400 and 600 grit wet dry sandpaper and water to remove the oxidation. It was not terribly deep so it came off very easily. I then used micromesh sanding pads from 1500-6000 grit to polish the stem. When it was finished I rubbed it down with some Obsidian Oil and set it aside to dry.

I took the bowl out of the alcohol bath and dried it off. I used some medium brown aniline stain mixed 50/50 with isopropyl alcohol to lighten and thin it. I rubbed it on with the dauber and then flamed it and buffed it. I put the stem on it before buffing and gave the entirety a buff with Tripoli and White Diamond. Once it was finished it was given multiple coats of carnauba wax.

Stem Repair and a Makeover on a BBB Bulldog

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Blog by Steve Laug

When I saw this old Bulldog on EBay I could not pass it up. It had several things about it that I enjoy – it was a BBB pipe, it was older, and it looked like a challenge as the stem was badly chewed but still retained the shape. In the first three pictures below you can see the overall state of the pipe. The bowl was badly tarred and the finish was ruined, both from the tars and from what appeared to be some water marks. The rim looked to be in bad shape – much buildup of tars and carbon. But as I inspected it I found that there were no dents in the rim. The grain on the pipe showed some promise. The stem fit well and had the stepped down tenon that is on the older BBB’s. The brass logo in the diamond was still pretty clear, a bit worn but still very distinguishable. The button was non-existent and was badly dented by teeth. There was one small bite through on the underside of the stem and the rest were large deep dents. The stem was badly oxidized and in places had a white lime like substance on it.

I began the clean up by reaming the bowl and then giving it a thorough scrub with Murphy’s Oil Soap and a soft bristle tooth brush. This one took a lot of scrubbing to remove the grime from the rim and the edges of the slop on the bulldog. I also cleaned out the grooves around the bowl with a dental pick. Once the bowl was cleaned I did the inside of the shank and the stem. This took many pipe cleaners and cotton swabs with alcohol as well as a shank brush to scrub it out. I then greased a pipe cleaner with Vaseline and inserted it in the stem and flattened it in the slot so that the whole slot was filled. Once that was done I was ready to start rebuilding the button and the stem surface.

The next two photos show what remains of the button and the deep channels gnawed in the underside (first photo) the top of the stem (second photo). I heated the stem with my heat gun to raise the dents as much as possible but truly they were cut and deep so the heat did very little to remedy the situation.

With the pipe cleaner and Vaseline inserted in the slot I used super glue to build up the bite marks. The first photo below shows the underside of the stem (remember the bite through and the deep groove in the picture above). I layered in the super glue until the hole and the groove were filled and the button also built up. I rebuilt the top edge as well with the superglue and repaired the button on that edge as well. It was not nearly as damaged as the underside so it took less work to rebuild it with the glue.

The next photo shows the patch on the underside once it was dry and I had sanded it with 240 grit sandpaper to remove the ridges and the excess of the super glue.

I continued sanding the surface on the underside of the stem and recut the button with my needle files. The photo below shows the underside of the stem after the work is basically finished cutting the button and smoothing the surface of the stem.

With the top of the stem I also sanded it with 240 grit sandpaper and worked through the 400 and 600 wet dry sandpaper and water to smooth the surface and rebuild the button. I used the needle files to cut the lip on the button and sharpen the profile in the same manner as the underside photos above. Somehow the photos I took of the top side of the stem did not turn out so they are not included in the article. Suffice it to say that the work was the same on both the top side and the underside of the stem.

The next series of three photos shows the pipe when it was completed. The bowl was restained with a medium brown aniline stain and flamed to set it. Then it was buffed with Tripoli and White Diamond to polish it. The stem was cleaned with Oxyclean and sanded with 400, 660 and 1200 wet dry sandpaper and water. I left the area around the stem logo as I did not want to damage the metal logo. The work done on this stem was done before I “found out” about micromesh sanding pads. I will have to rework the stem when I take this pipe out the next tim and clean it up around the logo with the micromesh pads. They are perfect for the angles of the logo and it should be much simpler to clean up. Notice the top of the stem in the third photo and the profile of the button on the first two photos. The stem is fully functional and smokes absolutely great. The button is comfortable in the mouth and the bites and dents are not visible.

Refurbished a Karl Erik Apple

Resurrecting a Petersen Pre-Republic Billiard – Gan Barber

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Blog by Gan Barber

It is a privilege to be able to post this blog entry from a friend and co-laborer in the refurbishing hobby. I have learned much from Gan, including the use of the alcohol bath for soaking bowls and preparing them. In fact as I read this report I am amazed at all the things we do similarly. I appreciate his taking the time to write this up to share here at rebornpipes. I look forward to more articles from Gan, as I am sure you will also after reading this one. Thanks Gan!

Well, the work is done, so it’s time to sit back, light up a bowl of Perreti 9575, and record this adventure….

I am not an expert on dating Petersen Pipes, but from the little I know, this one appears to be a Pre-Republic era vintage. There are no markings on the briar or stem. The hallmark on the band indicates nickel, not silver, and provides no dating information. The K&P, Peterson, Dublin stamping is the only indication that the pipe dates from the Pre-Republic era.

It came to me in a sorry state of repair, and, after some preliminary cleaning, sat in my ‘Lazarus’ box for many years. The shank had been snapped from the bowl, the rim was dented, and the P-Lip modified. It was never going to be a collector piece. Still, it held some promise……

Before I begin the cleaning phase of any project, I like to remove any excess cake. I’m not looking to do anything more than scrape away thick accumulations from the bowl in order to find possible charring or burn-out. In this case, the break was clean, and exhibited no signs of burning that may have contributed to the damage. There was a small dent on the upper left rim of the bowl, leading me to believe that the previous owner liked to tap out the dottle, and had done so once too often.

Satisfied that the bowl was structurally sound, I placed it into a 91% Isopropyl alcohol bath. Once I removed the band, the broken shank followed.

I have had favorable results using this method to strip and clean a stummel. Using the highest percentage Isopropyl alcohol I can find (91%), means that only 9% of the solution is water. The low percentage of water allows the briar to dry rapidly once removed from the bath with very little residual moisture. I have soaked stummels for days without ill effects, though the extended time provides little in the way of additional cleaning. It can help with reducing strong ghosts, though. The alcohol will soften even the most stubborn cake, and sweeten the bowl as well as any other method.

Once the bowl had soaked long enough so loosen the dirt and soften the cake, I removed it from the bath and immediately reamed the bowl, removing as much cake as possible without quite getting down to bare briar. My tool of choice here is a Senior Adjustable Reamer. Not that it’s the only tool that will work; it just happens to be what I have and works quite well for this task.

With the reaming completed, the stummel went back into the bath for another wash. I prefer to do the preliminary cleaning wet, so the stummel will see the bath frequently. The advantages of working wet are two-fold: The alcohol lubricates the mechanical action of the steelwool, mitigating scratching, and the wetting reveals any missed areas requiring additional attention. I worked the wet stummel with 0000 steel wool until most of the dirt, grime and tar were gone.

While the bowl soaked in the alcohol bath, the vulcanite stem soaked in a solution of Oxy-Clean (1/4 scoop to 16 ounces of clean, warm water). Depending on the level of oxidation, I will let the stem soak anywhere from 30 minutes to overnight. Again, I’ve left stems soaking for days without detriment. Generally, I like to soak the stem for two to three hours. The oxidation will turn to a yellow-white slime, and the majority of it will come off quite easily with 0000 steel wool. There was no logo present, so I used the 0000 liberally to achieve a thorough cleaning. Another advantage of the Oxi-Clean soak is its ability to loosen any gunk that has accumulated in the smoke passage. Several bristle pipe cleaners are all that are needed to literally pull the residue from the passage. Another pass with a regular pipe cleaner and some alcohol will remove any traces of tar.

Below are the bowl, shank, and stem after soaking in their respective baths and an initial wet scrub with the 0000 steel wool. Later on in the refurb, I will continue to clean them, but by dipping the steel wool into the alcohol for the wood and the Oxi-clean for the stem, rather than re-immersing them.

Once I was satisfied with the initial cleaning, it was time to move on to the most challenging aspect of this project – mating the shank to the bowl.

There are a number of factors to consider when choosing the proper bonding agent to use in repairing a broken or cracked stummel. Heat, moisture, clamping time and compatibility with wood are paramount. Traditional outdoor rated aliphatic glues (Tite-Bond, Elmers, etc.) are resistant to moisture, but I don’t trust them to withstand moist heat. Polyurethane adhesives are stronger and more resistant to both heat and moisture, but have high expansion rates and excessive foaming. Both require extended clamping periods, which is extremely challenging due to the irregular shape of a stummel.

My adhesive of choice is a a fast set epoxy – JB Kwik. It is extremely strong (though not as strong as regular Weld Bond), heat resistant to 500+ degrees F, impervious to moisture, and has a clamping time of only 3 minutes. Mixed from two parts (epoxy/catalyst), it has a reasonable working time, and the two pieces of the pipe stummel can be held together with strong hand pressure for three minutes and then released.

To rejoin the shank to the bowl, I carefully aligned the two pieces so that I could easily find the correct registration before mixing a small amount of the epoxy. I applied it to both surfaces with a toothpick, then pressed the shank and bowl together, squeezing as much epoxy out of the joint as hand pressure would allow. I held them this way for three minutes. I did not worry about any squeeze-out getting into the air passage – yet.

After hand clamping for three minutes, I gently set the stummel down and let it rest for another 7 minutes. If properly mixed, Weld Bond Quick will be set to a rubbery stage after ten minutes (at 70 degrees F). At this point, I took a utility knife and carefully lifted the squeeze out off of the briar. It should peel like a rubber gasket if you catch it at the right time, leaving only a dark oily residue where it contacted the briar. Next, I took the drill bit from the Senior Reamer, and gently worked it through the airway. Care must be taken to use as little pressure as possible to twist and push out any epoxy the made its way into the passage. Although Weld Bond is non-toxic when cured, if cleaned out properly, little if any will be present in the airway.

I allowed the epoxy to cure for 6 hours, and then set to work gently sanding the joint with 400 grit emery to fare the seam as smooth as possible without altering the shape of the pipe. The only caveat to using this epoxy – it is rather viscous and will leave a faintly visible line at the joint no matter how well the parts are mated. I’ve found that after sanding, staining and buffing, this line will all but disappear.

The stummel after roughing in with the 400 grit emery. The graining did little to hide the seam on the left side…..

…while on the right, the grain pattern was more favorable and the seam blended in nicely.

With the shank and bowl rejoined and fared, I finished cleaning the briar with 0000 steel wool wetted with alcohol. Working wet with alcohol eases the scuffing of the steel wool and reveals the grain and any remaining flaws that may need attention. It also removes any oils or dirt introduced from handling the raw wood. The JB Kwik is impervious to the alcohol.

The next stage consisted of wet sanding with 600 grit. I used alcohol as a lubricant. When finished with the 600, I took the bowl to the buffer for a gentle once over with red rouge. This serves to deepen the color of the briar and reveal any scratches or imperfections that the finer grits will have difficulty removing. Satisfied with the results, I continued to wet sand with 1500 grit emery. The final sanding stages were done dry with 3600 and 6000 micro-mesh. At this point in the process, I was simply polishing the briar to prepare it for staining.

I chose Feibings Light Brown dye and gave the stummel a wash coat, undiluted, using a cotton Q-Tip. I set the stain with my Perdomo table-top lighter, and then gave it a thorough rub down with a microfiber cloth. The microfiber works to even out any imperfections in the finish, and noticeably polishes the dye to a nice luster. The bowl is now ready for the buffer.

The stem received an additional scrub with 0000 steel wool wetted with Oxi-Clean to remove any remaining oxidation. I then wet sanded, with water now, using 400 and then 600 grit emery. A quick and gentle buff with red rouge to find any remaining scratches from the steel wool and sandpaper was followed by a wet sand with 1500 emery. I then polished the vulcanite with 3600 and 6000 micro-mesh to prepare it for the buffer.

Both the stem and bowl were given a soft buffing with white diamond on the buffer and then wiped down with microfiber to remove any trace compound. I then swapped out the white diamond wheel for the wax one, and applied three coats of caranauba wax to the bowl. I like to use a moderate amount of pressure when applying wax as the caranauba is extremely hard and requires the heat generated to go on properly.

After the stem received a coat of Walker Briar Works sealer/wax and the nickel band was polished with Never Dull wadding, everything went back together and was ready to be enjoyed once again. It’s far from perfect, but then, it’s all about the journey, isn’t it?

Thanks to Steve for inviting me to contribute.

Best Regards,

Gan Barber

A New Tenon on an Old Stem and a Petersons K Briar 999 is Back in Action

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Blog by Steve Laug

I picked up this older Peterson 999 K Briar from EBay. It came in a lot with some Barlings, Bewlays and three Imperial Tobacco pipes that I have repaired. This is an interesting pipe in that it is stamped K over Briar on the left side of the shank and on the right side it is stamped 999 “Peterson’s Product” made in England. I had not seen a K Briar pipe from Peterson before. This one is a beauty. It has the appearance of a GBD Rhodesian or a BBB Rhodesian. It has no fills and some very minor sand pits. The stain and finish were in great shape. The stem had just two small bite marks that needed to be taken care of. It has a unique stem that can be seen in the photos below. It is very different from the standard Peterson stem as it is rounded and crowned with a slot in the end of the button.

When the pipe arrived the tenon was broken off at the shank. It was a clean break as can be seen in the photo below. The tenon itself was stuck in the shank. I tried to remove it by my usual method – turning a screw into the airway on the tenon and then pulling. I tried and pulled both by hand and with a pair of vice grips. I clamp down on the screw and try to twist the bowl of the pipe. This tenon was really stuck. I dribbled alcohol down the shank and filled the bowl with cotton bolls and poured in alcohol and so that the inside of the shank could soak. I left it sitting that way over night and in the morning the tenon still would not come out. I figured I would try putting it in the freezer so that the two materials of the shank and tenon would contract and expand at different rates and loosen that way. When I took it out of the freezer I tried to remove it from the shank. It did not move. Nothing I tried seemed to work. I took a drill bit a little bigger than the airway in the tenon and drilled out the tenon very carefully. Once the drill bit was set I backed the drill out and the tenon was free.

Once the tenon was out I held the stem vertically on a flat board and sandpaper to make certain that the flat surface of the stem was smooth and that there were no sharp pieces of the old tenon in the way. I drilled the airway in the stem to receive a quarter inch tap. I worked up to the quarter inch drill bit slowly moving from one that was slightly bigger than the airway. I wanted to make sure that the new opening for the Delrin tenon was centred and not off. Once I had it drilled with the ¼ inch drill bit I used a quarter inch tap to thread the hole in the stem. I had ordered threaded tenons from Pipe Makers Emporium and when they arrived I checked the depth on the tapped hole in the stem to make sure that it was the same depth as the length of the new tenon. Once it was correct I turned the new tenon into the threaded hole until it was just about tight and then dripped some super glue into the hole and finished threading the tenon in. I set it aside to dry before trying the tenon for a fit on the pipe. These threaded tenons are great to work with. It is the first time I have used them and it worked like a charm.

Once the tenon was set, it was time to work on the stem and remove the oxidation. I used fine grit emery cloth to loosen the oxidation on the stem. From there I proceeded to use 240 grit sandpaper and then used 400 and 600 wet dry sandpaper. I wet the stem and sanded it with the wet dry sandpaper until all of the scratches were gone. The next series of three photos show the fit of the stem with the new tenon. Most of the oxidation is gone at this point.

I took the pipe to the buffer and buffed the stem with Tripoli to see where I was at with the sanding. The oxidation was gone so I took it back to the worktable and sanded it with the micromesh pads from 1500-12000 grit. The final shine came alive with the 8000 and the 12000 grit micromesh. From that point I took it to the buffer and lightly buffed it with White Diamond. Then I waxed the pipe and stem with carnauba and buffed with a flannel buff.

This little Dr. Plumb Bulldog is a beauty

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Blog by Steve Laug

This little pipe came to me via a friend in Germany. I finished cleaning up what has turned out to be a very nice squat straight bulldog that is stamped Dr. Plumb Extra on one side and 13 D.R.G.M. on the other. I have been familiar with Dr. Plumb pipes for quite a while and love the fact that they were a GBD seconds line. In fact they often share the same numbering system for shapes. This little guy had some serious issues when I took it under my wing. It needed a bit of work. The bowl was scorched along the front outer edge of the rim as it looked to have been lit with a torch lighter. The finish was shot and not only faded and washed out but also pitted and darkened along the bowl sides. The stem was oxidized and a bit chewed on the end. The stinger apparatus was dark and filled with tars and hardened tobacco oils.

My friend had started removing the burn mark and the bowl angles were slightly out or line. I finished removing the scorched briar and reworked the angles on all the outer edges of the bowl to keep the perspective and rim correct. I gave a ream and clean to remove any of the remaining cake and the sanding dust that had become embedded in the cracks in the cake. I put the bowl in the alcohol bath and then worked on the stem.

The pipe had the strangest stinger contraption I have ever seen that extends into the bottom of the bowl. It almost looks like a motorcycle exhaust pipe. I have inserted a few pictures of the stinger and fit in the bowl. I removed the stinger and placed in a small bowl of alcohol to soak. The stem was badly oxidized – not the brown oxidation that sat on the surface but a deep oxidation that left the stem a deep brown under the surface. I had been soaking the stem in Oxyclean while I worked on the burn on the rim of the bowl so that when I removed it from the water the oxidation had been brought to the surface. I used my buffer to remove the surface oxidation that had softened. I use Tripoli at this stage and work the stem carefully on the buffer to avoid rounding the shoulders on the stem. Then I sanded it with 240 grit sandpaper until it was matte black and clean. I then sanded it with 400 and 600 grit wet dry sandpaper and water to remove the scratches. I finished the stem by sanding with the micromesh pads 1500-6000 grit until the stem had a sheen to it.

I then took the bowl out of the alcohol bath and dried it off. I sanded it with the 1800-2400 grit micromesh pads until the surface was free of scratches and grooves and was smooth. Then I refinished it with an oxblood aniline stain to bring out the red highlights in the briar. I put the stem back on the pipe and took it to the buffer to buff with White Diamond. Once finished I gave the whole pipe several coats of carnauba wax.

Reworking an Imperial Treble Zulu – Stainless Steel Tenon

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I picked up this older Imperial Tobacco Co pipe – a Zulu shape number 354. The shape number makes me wonder if the pipe was made by Comoy’s. Maybe someone here knows for sure. The number is missing on the Comoy’s shape number chart on Pipedia. The pipe is interesting to me for several reasons. It is the third in a group of three pipes by Imperial that came to me in an EBay lot. The first two were Two-Points and this one a Treble. I had not heard or seen this line before these came my way. The other reason is that several pipes in this lot had stainless steel tenons! The Treble has one and at first I thought it was original – the stem did not fit well as the tenon was stuck in the bowl and the stem would not seat all the way to the shank. The bowl was in pretty nasty shape. With lots of darkening and the grain virtually obscured under dirt. The rim was caked and tarred. The bowl was full of broken cake and cobwebs. The stem was gnawed with deep bite marks, the button destroyed and the tenon stuck in the shank.

I was able to remove the tenon from shank with a big pair of channel locks and some serious twisting and turning. I filed the end of the tenon and cut grooves in it so that the epoxy would have something to bite into when I pushed it into the stem. I then slid a pipe cleaner into the stem and threaded the tenon on the cleaner. When I got down to the stem I mixed some epoxy (two part mix) and painted it on the tenon. I let it set for a few moments and then pushed it into the stem. I wiped off the excess around the stem and tenon junction. I set it aside and worked on the bowl.

I reamed the bowl and cleaned both it and the shank. Then I used a fine grit sanding pad that I have here to work on the lava on the top of the bowl. Once that was done I wiped down the bowl with isopropyl alcohol to remove the grime and the finish. The next photos show the bowl after the initial cleanup. From there I put it in the alcohol bath and went back to work on the stem.

The next series of two photos show the bite marks on the stem and the state of the button. The bite marks were very deep and some were actually cuts in the stem material rather than just dents. I used my heat gun to raise the dents as much as possible but honestly they did not come up very much at all. This one would be a bit of a challenge. I used sanded the stem around the button and the dents with 240 grit sandpaper to get the oxidation off that area. I was going to use the superglue to repair these bite marks and needed a clean surface to work with. Once I had sanded the area clean I used a dental pick to pick away the brown left in the dents. I wanted to clean out the dents as much as possible and roughen the surface in the dent for a good bond with the glue. The first picture shows the top of the stem, the second shows the bottom.

Once they were clean and ready I washed the area down with some isopropyl alcohol to remove any remaining sanding dust. Then I put drops of superglue in the holes on the underside of the stem first. Once they were dry I did the same with the dents on the top side of the stem. The three photos below show the glue in place – they appear as shiny black spots in the photos.

I set the pipe stem aside to thoroughly dry and took the bowl out of the alcohol bath. I dried it off and then sanded the top of the bowl with the fine grit sanding pads that I have. The top is showing some nice grain and the tars are coming off nicely.

I wiped down the bowl and rim with acetone (fingernail polish remover) to remove the remaining finish and grime. The white cotton pads in the background of the next three photos show what still remained on the bowl after the alcohol wash. I wanted to get the bowl down to bare briar so that I could refinish it and then give it a new coat of stain. My goal was to highlight the beautiful grain on this one.

I guess I must get a bit bored doing the same thing or something, because I went back to the stem to sand the patches that I had made. I used emery cloth to get the patches even with the surface of the stem. The next series of three photos show the progress on cleaning up the stem and evening out the stem surface. The patches are beginning to fade and blend into the stem.

After sanding the stem I cleaned out the stem and the shank. It was a dirty process. The first picture below shows just a few of the many pipe cleaners and cotton swabs. I dip them in the cap filled with isopropyl that is pictured in the photos and swab out the stem and shank with them.

I reinserted the stem in the shank and wiped the entirety down with an alcohol soaked cotton pad. I wanted to see where I was at with the stem and the bowl. You will notice the addition of a band in the photos below. Once I refit the stem I could see that the stainless tenon was indeed a replacement and that it was misdrilled – it was set in the stem too high making the match at the tenon impossible. I decided to work on the shank rather than pull the tenon, redrill the hole in the stem and reinsert a bigger tenon. I could still do that should I desire. I sanded the shank a little to reduce the gap between the stem and shank. Then I pressure fit a band on it to guide the stem to the proper fit. It worked well actually and the stem lines up nicely now.

I took the next two photos to show the state of the stem patches at this point in the repair process. You can see that they are virtually invisible on the top of the stem and just slightly visible on the underside. At this point I continued to sand the stem and work at the area around the button to redefine it and to blend in the patches. I used a fine grit sanding pad and an extra fine grit pad to remove the scratches and to make the button area more defined. I then worked over the stem with the usual list of micromesh pads from 1500-6000 grit.

I restained the bowl with an oxblood stain and buffed the entirety with White Diamond and then gave the pipe several coats of carnauba wax and buffed with a soft flannel buff to bring out the shine to the pipe. You can see from the profile shots that the button is more clearly defined and the flow of the stem looks correct from the bowl to the button. The patches on the stem have blended quite well and though still visible if you look closely are smooth and black.