Tag Archives: Bone tenons

I love these old timers – this one is a GC Bulldog


Blog by Steve Laug

When I found this old bulldog on EBay I was drawn to it and immediately put in a bid. I won it as no one else saw the charm in this one. It was a hard to see the stamping in the photos and many of the photos the seller included were out of focus which even made it harder to figure out the state of the pipe. The seller identified the pipe as a GC Bulldog. The seller’s photos that I have chosen below show the condition of the pipe. The finish is dirty and there are definitely dings and nicks in the briar. The bead around the cap of the bowl is a nice touch and it too is worn. The stem is oversized and is larger in diameter than the bowl so it makes one wonder if it is original. The threaded bone tenon in the stem fits perfectly in the shank with the alignment matching. The angles of the shank and the stem match. The vulcanite stem is just slightly larger than the shank on the left side of the pipe but works on the right side. The button is rounded and has an orific opening that shows that it is the proper age for this pipe. All that I saw was enough for me.G1

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G3 When the pipe arrived my assessment from the photos was correct. The stem was a good fit but it was larger than the shank on the left side. The bone tenon was in excellent shape with no wear and tear on it. It was stained with the tobacco juices of the long smoking. The shank was dirty and the airway in the stem was dirty. The airway in the bowl was clogged so no air would go through it no matter how hard I blew on the shank. The rim had serious damage on the right side front. There was a chunk of briar missing from the inner edge of the bowl and there was a scar running part way down below that. The rim had a divot at that point and also on the front itself that looked to have been caused by overzealous lighting from the exact same point every time the pipe was smoked. The bowl had been reamed and looked clean and smooth other than the damage on the right top side. The finish was dark and dirty. The stem had tooth marks on the underside near the button and tooth chatter on the top side. The next four photos show the pipe when I brought it to the work table.G4

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G6 The next photo is a close-up of the rim to show the damage. I decided to top the bowl so I used the topping board and 220 grit sandpaper to remove the top surface damage to the rim edge. When I had topped as much as I could without changing the profile of the bowl it was time to decide how to address the damage. I set that aside for a bit and worked on the fit of the stem.G7

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G9 I sanded the stem sides with 220 grit sandpaper to bring it to the same height and dimensions as the shank. It took work on the left sides and some adjustments to the right side. I also needed to work over the points of the diamond to make the alignment straight and flowing. I sanded the tooth marks and tooth chatter at the same time and was able to remove it.G10

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G13 I wiped the bowl down with acetone on cotton pads to remove the damaged and dirty finish that remained on the bowl. With these old finishes the grime and some of the clouded top coat disappears and the grain begins to poke through as the bowl is scrubbed.G14

G15 I worked on the internals of the mortise, airway and the airway in the stem. Since the airway in the mortise was plugged I used a round dental pick to push through the grime that plugged the airway. I reamed out the airway with the pick and then scrubbed it with pipe cleaners and a shank brush until it was clean. I scrubbed out the mortise with pipe cleaners, cotton swabs and alcohol until it was clean and smelled fresh. I swabbed out the inside of the bowl with cotton swabs and alcohol. I used pipe cleaners and alcohol in the stem airway and cleaned the threads on the bone tenon with cotton swabs.G16

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G18 With the interior of the bowl clean I lightly sanded the inner edge of the bowl in the damaged area. I put some small drops of super glue on the rim and inner edge and used a dental spatula to press briar dust into the glue.G19

G20 I retopped the bowl to smooth out the repair and sanded the inside with a folded piece of 220 grit sandpaper to smooth out the curve of the inner edge.G21

G22 I sanded the top and rim edge with 400 grit wet dry sandpaper and then with 1500 grit micromesh in preparation for staining. I stained the areas where I had sanded the shank to match the stem and the rim with a dark brown stain pen.G23

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G25 I hand buffed the stained areas and the rim and took the following photos.G26

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G29 I wet sanded the stem with 1500-2400 grit micromesh sanding pads and then rubbed the stem down with Obsidian Oil. I dry sanded the stem with 3200-4000 grit pads and gave it another coat of oil. I finished sanding with 6000-12000 grit pads and gave it a final coat of oil. I set the stem aside until the oil dried.G30

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G32 I gave the bowl and stem several coats of Conservator’s Wax and hand buffed the pipe and stem with a shoe brush and a microfibre cloth to raise the shine. The finished pipe is shown in the photos below. There are still some dents and dings on the sides of the shank and bowl that I chose to leave there. Some of them are the very faint stampings that remain on the right and left topside of the diamond shank. Some of them are beauty marks that came with the long life and hard travel of this little pipe. I chose to leave them as they were and imagine the stories that go along with them. Thanks for looking.G33

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Rebirth of a No Name Bakelite Pipe with Bakelite Stem


This pipe came to me from Chuck Richards (Desertpipe) in a box he sent me. It is the first of three old timers that he sent for me to work with. It is a common interest that we share – this love of the old timers and restoring them to some of their former glory. The first four photos below show the pipe as it was when it arrived to my work table. There is no stamping on the pipe at all. The gold band is stamped 14K Gold Filled. The stem has no logos or stampings. The underside of the bowl and the Bakelite base has no information stamped on it either. It is much like some of the WDC or William Demuth pipes that I have from the same era. The pipe itself was in pretty decent shape. The bowl was very clean. The rim was undamaged and the finish on the bowl was quite nice. The double grooves around the bowl were filled with grit and the surface had a few pits in it. The Bakelite bowl base and shank were in good shape. There seems to have been a metal decorative rim that went around the base between the bowl and base that was missing. The 14K gold filled band was in place but was on backwards so that the stamping of the gold was upside down. The stem was very oxidized and had been filed to give a steeper angle on the taper to the button. The filing had gone too deep and the airway next to the button was exposed. At first examination it appeared that the stem was too hard a material to be vulcanite and the filing marks did not look like they were on vulcanite. My initial guess was that the stem was also Bakelite.
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I removed the bowl from the base and reamed and cleaned it. I reamed it with a PipNet reamer back to a very thin cake. I cleaned out the airway at the bottom of the bowl. I used a dental pick to clean out the dual lines around the bowl top. I cleaned out the reservoir in the bottom of the base with cotton swabs and Everclear. I cleaned out the shank with bristle and fluffy pipe cleaners and Everclear as well. I removed the band from the shank by heating it gently. The glue softened and I was able to remove it and turn it around. I tapped the band with a small furniture hammer to flatten out the edges and squared the edges. I reglued it with wood glue. When this work was done I set the bowl and shank aside and went to work on the stem.
The stem took significant work. Somehow my camera failed (maybe the photographer did) and I was unable to get any good photos of the stem work. I built up the filed area against the button with clear superglue (Photos 1 -2). I layered on lightly, let it dry, relayered it and repeated until the thickness was sufficient enough for the airway to be protected. I also built up the button. It looked to me that a previous repair had been done and a new button had been cut in the stem. I repaired the shape and the thickness of the button. It was an old style bone tenon that was mounted in the shank so I cleaned that up and cleaned the inside the stem. The hole in the button was the old style orific or “o” opening. The rebuilding of the button and stem took the majority of time in working on this old stem. Once it was dry and had cured overnight I worked on the oxidation. I did not want to use anything that could possible harm the Bakelite so I kept the alcohol to a minimum and only on the inside the airway and was careful not let it touch the outside. For the outside I used 240 grit sandpaper to smooth out the newly repaired slope on the stem and to sand out the file marks that remained from the previous repair. I also sanded the corners on the stem to give it a more rounded look in keeping with the era it was made. The 240 grit sandpaper easily removed the oxidation. Photos 3 – 4, though of poor quality, give an idea of how the stem looked after patching with the superglue and sanding with the 240 grit sandpaper. The oxidation was pretty well removed. The button is shaped and the patch on the stem in front of the button is visible. There is still a lot of sanding to do at this point. From the 240 grit I went on to sand with 320 grit and also a fine grit sanding sponge to further blend the patch and to remove the oxidation.
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I put the stem back on the pipe and worked on the fit against the band. When I reversed the band the stem was too large on the right side and extended beyond the width of the band. To repair that I had to take of material at the bottom edge of the top right side and the upper edge of the bottom right side of the diamond to reduce the angle of the diamond on that side. By reducing these two points on the stem I was able to bring the sharp edge to the same width as the shank and band. It balanced the look of the stem. I used the 240 and 320 grit sandpaper for doing this part of the stem work. I continued to use the sanding sponge to blend the patches on the top and bottom of the slope to the button. The next series of eight photos show the progress on the stem. The patch is clearly visible in the photos of the top side. The one on the bottom was not as big and it blended in more easily.
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After removing the scratches and oxidation with the sandpaper I sanded with the fine grit sanding sponge and then progressed through the various grits of micromesh sanding pads from 1500-12,000 to smooth and polish the stem. As I worked on it my initial conjecture about the material being Bakelite was confirmed. The next four photos are a sample of the work of the micromesh sanding pads on the stem. The pad in the photos is 3600 grit. I also used the micromesh on the bowl and the Bakelite base and shank to remove some of the surface scratches.
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I gave the pipe a very light buff on the buffer with White Diamond. I had learned on previous occasions that the speed of the buffing pad can produce heat that can actually damage the Bakelite and cause fibres from the pad to embed in the stem. A very light touch is necessary if you are going to buff these stems. I wanted to give them a quick light buff to remove any remaining scratches and give it a quick sheen. I buffed the base and bowl at the same time as well. The final series of four photos show the finished pipe. I applied a coating of carnauba wax to the pipe by hand. I buffed it lightly with a soft flannel cloth to bring up a shine and finished buffing with a soft shoe brush. The finished pipe speaks for itself. It is a testimony to the life that resides in these old timers. It is a life that will certainly extend beyond mine! As mentioned above, I share a love for these older pipes with Chuck that seems to extend to their restoration and re-entry into the purposes for which they were made. What do you think Chuck? How does the final pipe look to you?
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A Nice, Older Henley Billiard Restored


This old Henley Billiard was made by Masta Pipe Company of England and came to me in pretty clean condition. It is older and the Bakelite stem has an orifice button/airway. You can see from the picture below that the bowl was a little out of round and a small burn on the rim near the shank. It also had an overturned bone tenon. The stem had several gouges and deep scratches. Other than the finish was in great shape and in need of a polish and buff.

I heated the bone tenon as I have described in other blog articles by heating it in a bowl of boiling water. I heated it and screwed it back into the shank and tried to twist it. I repeated the process until it freely turned. I lined it up straight and then ran cold tap water over it to cool it and set the glue again. I cleaned up the dents and gouges with heat to raise them as far as I could and then sanded and filled them with a small amount of clear super glue. Then I sanded them with 400 and 600 grit wet dry sandpaper until they were smooth and polished the stem using micromesh pads up to 4000grit.

I cleaned and reamed the bowl and cleaned the shank with cotton swabs, pipe cleaners and alcohol. I used a folded piece of sand paper to even out the inner edge of the bowl and bring it back into round. I did this carefully so as not to scratch the finish. When I had it back to round it was time to polish it. I put the stem back on the pipe and the entirety was taken to the buffer for a final buff with White Diamond. This one was in relatively good shape other than the stem.

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Here is the finished pipe, ready to load and smoke.

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Correcting an overturn on a stem with a bone tenon


Blog by Steve Laug

I started this process of correction with tried and true information and experience gained from working on older stems with metal tenons. I had developed a process and perfected it for my use in correcting an overturned stem by heating the tenon in the stem to loosen the glue. Once the glue is softened with the heat then the stem can be screwed on to the shank and turned to the proper position and left to cool. Care should be taken in aligning the stem and shank to the correct position. If it cools before it is straight, it can be reheated to align it correctly. I have used this procedure for a long time and it works perfectly each time I have used it. I am sure I will refine it but it works!

With that background and a couple of older stems on meerschaum and briar pipes with bone screw tenons that were overturned I put the following question out on the various online pipe forums that I am a part of.

“Does anyone know how to correct over turned bone tenons? I have a couple old timers that are over turned I am looking for a corrective…Help!”

I did not receive any response to my query so I decided to try the method I had used with metal tenons and see what happened. I chose a pipe to experiment with that would no be a loss if it did not work. The stem was made of Bakelite and the tenon was a bone screw. I put a cup of water in the microwave and stood the stem in it tenon down and set the timer for two minutes (time to boil a cup of water in my microwave). I took it out at a minute and gave it a try and it was better. I put it back in the water and let the two minutes finish. I then dried it off with a towel and turned it into the shank and was able to turn it until it was aligned. There was no damage done to the tenon or the stem in the process. The alignment on the stem was perfect and once the pipe cooled it remained aligned.

My two concerns with the use of the boiling water were first, would there be any integral damage to the bone tenon from the heat moving from the inside out and second, would the heat cause any damage to the Bakelite. I did not want it to become brittle from the boiling water process. I have learned on the metal screw tenons that I could put the entirety (stem and tenon) into the microwave with the water and leave it there through the heating cycle on the microwave. I had done the same with a Bakelite stem and metal tenon and it worked well to insert the stem and tenon while the water heated in the microwave. I decided to do that as well with the screw bone tenon and Bakelite stem. There does not seem to be any increased brittleness or crackling of the stem or bone – all is well.