Tag Archives: stem repairs

Restemmed Red Point Capped Bent

I picked up this Red Point Old Briar Capped Pipe bowl on Ebay awhile ago. It did not have a stem but seemed to have promising grain. When it came in the mail I cleaned it up a bit and then worked on a stem for it. I decided to use a faux p-lip stem that has the airhole on the end of the stem rather than on the top. I fit the tenon to the shank – that was a bit of a trick as the shank is like a Pete shank in that it narrows/tapers as it descends toward the bowl. I finished fitting and polishing the stem.

Here are some pictures of the bowl when it came. From the second photo you can see that it was barely smoked. It was very clean and needed a few pipe cleaners run through it. The exterior needed to be wiped down with a little oil soap to clean away the grime – I always rub it on undiluted (no water) and quickly wipe it off. I do not leave it to sit. I also polished the silver work on the shank and the cap.

I heated the stem with my heat gun and bent it slightly and took the next three pictures. I have learned that pictures give the true story in terms of bend and overall look of the pipe in a way that is clearer than the naked eye. From the photos I decided that the bend need to be a bit more dramatic and match the curve of the bottom of the bowl and shank. I reheated it and used the rounded edge of my work table to get a proper bend in it.

Here is the final product – a proper bend with a curve that matches the bottom of the bowl and shank. The look is like an elongated S. Once it was finished I cooled the stem for a bit and then loaded it with Blue Mountain and smoked the inaugural bowl. Since then I have smoked it several times. It delivers a great smoke.

Rebuilding a Button on a BBB Bulldog

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Blog by Steve Laug

I picked up this older BBB Bulldog on EBay because I liked the shape of it. The bowl definitely needed some work as the lava had erupted over the front rim and down the contours of the pipe. The pictures below show the state of the bowl when it arrived. But that was not why I am writing about this pipe. That kind of refurbishing is part and parcel of buying older pipes on EBay. They always are pretty much in the state that this one was in. All of them require the same kind of procedures to clean them up and return them to a state of readiness for the new owner. But have a look at the button on the last three pictures below. It was virtually gone. I could have fit a new stem on the pipe but I wanted to retain the brass BBB logo and did not want to move it to a new stem. I also wanted to try to build up the button and see what I could do with it.

I have used Super Glue or Krazy Glue to repair bite throughs in the stem but had not use it to do repairs this extensive. I love the process of trying to devise a workable fix and so I decided to give it a go. I greased a fluffy pipe cleaner with olive oil and inserted it in the airway at the button. I do this so that the glue does not fill the airway and grease it so that the pipe cleaner is not a permanent feature of the stem as the super glue will stick to anything including your fingers if you get it on them. (By the way there is a solvent that is available should that happen to you.) The surface of the button was dirty and oxidized so I cleaned that with my dental pick and some acetone. I clean the surface before putting in the glue. I also sanded it to roughen the surface so the glue would bond well. In the top picture of the stem you can see that the top of the button is indented and the lip is worn smooth. The second stem photo shows the underside and you can see the major dent that needed work and the lip that was pretty well gone. I filled the hole on the underside first so that it would bond. Then I gradually built up the dent, letting it dry between applications of the glue. I believe it took 5 or 6 applications of the glue. Once it was filled I added more to build it up so that I could re-cut the button. In the picture below the patch is clear. It is a very rough surface but it is ready for the sanding and filing that will go into restoring the stem to normal. I built up the deep dent and also built up the missing portion of the button. On the top side of the stem I also built up the button in the same fashion.

I set the stem aside to dry until the glue patch was very hard and turned my attention to the bowl. You can see in the pictures below that I took off the lava and tars on the top and cleaned the inside and outside of the entire bowl. By the time I was finished with the exterior of the bowl and shank and cleaned out the bowl and the inside of the shank with pipe cleaners and a reamer the stem was ready to work on. I reassembled it for the picture below.

You can see from the two profile pictures above that the button is present once again. The idea is to build up the end of the stem to the degree that the profile shows the button as it would have been on a pipe of this age. It took a layering process with the super glue to get it to the point it is in the above pictures.

The two photos below show the bottom of the stem as I worked on it with the files and the sandpapers. I used my small files, both the flat and the wedge file to cut away the material that I had built up to give a sharp button edge as differentiated from the surface of the stem. In the first picture you can see the initial cuts and the smoothing that I did to the surface of the stem with the files. I used 220 and 240 grit sandpaper to remove the rough surface of the glue on the stem and bring it to the right profile. The glue is very hard and it takes quite a bit of sanding to smooth it out. In the second picture you can see the final shaping that was done to the button and the surface of the stem is once again smooth. From this point all that remained was to sand it with 400 and 600 grit wet dry sand paper and then use the micro-mesh pads 1500, 1800, 2400, 3200, 4000 and 6000 grit on the stem. As usual I kept a bowl of water next to me to keep the pads wet as I sanded the stems. Each progressive grit polished the stem and button to a more clean and shiny stage. I also reworked the surface of the entire stem. Once that was done I took it to the buffer and used the Tripoli buff followed by the White Diamond buff to bring it to a sheen.

The last three pictures show the finished pipe – both the bowl which had been cleaned and polished with White Diamond and a light touch and then finished with some carnauba wax to complete it. The stem is completed in terms of bringing back the button and the stem profile. The area around the logo on the stem will need to be worked on with the edges of the micro-mesh pads to get in close and remove the remaining oxidation. Then the entirety will need to be lightly buffed and waxed. The main reason I posted these pictures is to show that the profile is now clear and the new button is clearly visible. The last picture shows the top of the stem and the button is clearly visible. There is a bit of oxidation in the button that I will need to work on with the pads as well but at least the old BBB Bulldog is now very smokable.

Reworking the button on a Perspex Stem on a GBD Prehistoric

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I was gifted this older GBD Prehistoric by a good friend who knows I like working on seeming irreparable pipes. He knows that I enjoy the challenge and that I work to get them back to a workable condition. The stem was truly a mess as can be seen from the photos below. It had bite through holes on both the top and the bottom of the stem. The button was destroyed by the bite marks. This one would prove to be a bit of a challenge. My usual method of repairing bite throughs with Super Glue would not work as the hole was on both sides of the stem. You can tell by the three pictures below the size of the hole. I included even the blurry ones to show the extent of the problem that needed to be addressed.

After carefully picking at the holes with my dental pick I could tell that the surrounding Perspex material around the holes was compromised and pieces continued to come off with very little pressure on the dental pick. It was clear then that I would have to shorten the stem back to the point on the stem where there was solid material to work with. To do this involved cutting off almost a ¼ inch of the stem. The two photos below show the stem after the material has been removed. I used my Dremel with a sanding drum on it to take back the stem to this point. Care must be exercised to keep the finished surface straight and level. But I have found that this is fairly easy to do with the Dremel set at the lowest speed.

Once the stem is cut back to the solid material a new button has to be carved. I use a series of needle files to do this. Note in the picture below the three files that I used the most. The top one is a flat rectangular one that does a great job on the top and bottom of the stem to cut a straight 90 degree edge into the Perspex. The oval and the round file I used to open the slot in the button to match the shape of the one I cut off. Once the stem has been cut the airway at the end is merely a round hole or as in this case was barely flared. I like an oval slot in the button and the files do a great job in that process. I have two sets of needle files that I use. I clean the teeth on the files with Isopropyl alcohol and a brass tire brush. It keeps them from getting clogged with the Perspex dust.

In the three pictures below you can see the button that has been cut in the stem. I also used sandpaper to thin the stem profile forward of the button to give it the proper slope and give the button some depth. Note the rough surface of the stem is caused by the use of 240 grit sandpaper to accomplish this task. The top photo is the top side of the stem at the button, the second is the underside of the stem and the bottom photo is a profile shot to show the look of the button. When the stem was at this point it still needed quite a bit of sanding to smooth out the new button and shape the stem. The edges in the profile are a bit sharp and needed to be rounded to match the part of the stem that remained untouched. I rounded the edges with the 240 grit sand paper to match the shape of the stem.

The next two photos below show the stem after that reshaping has been done. I then had to polish the stem to get it back to it clear sheen. I started that with some 400 and 600 grit wet dry sandpaper that was used with water to give it the bite to cut through the scratches of the files and the sandpaper. The first photo shows the pipe next to another GBD Rhodesian for comparison sake. You can see in that photo how much of the Perspex stem I removed to cut the new button. The second photo shows the shaping and flow of the stem once I have finished with the polishing with the wet dry sandpaper.

The last three photos show the finished pipe. The bowl was polished and the polishing on the stem was done with the micromesh pads through the 1500, 1800, 2400, 3200, 4000 and 6000 grits soaked in water to facilitate a good polish. Each grit level of micromesh took out more of the scratching that remained after the sanding. By the 3200 grit the surface was smooth and shiny. The last two grits gave it a thorough polishing and then I finished it on the buffer with White Diamond and carnauba wax.

Correcting an overturn on screw mount stem

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Blog by Steve Laug

In years past I remember posting on a variety of pipe forums I have been a part of regarding correcting an overturned stem with a screw mount. I have had old Kaywoodies and others that have this kind of stem and inevitably they were overturned so that the stem did not line up. It was semi tolerable on round stems but even then it was bothersome for me. The worst was on a bulldog with a diamond shank and stem. To not have the diamonds line up just bugged me. I knew there had to be a fix for this but I had no idea what it could be. I used various paper washers to help with the process. I used cardboard and even thin leather. All of these were less than satisfactory. Besides I am a bit anal about that kind of thing and I want it as it should be not half way there.

I don’t remember who posted the help for me or if I picked it up in talking with folks but I have been using this method for a long time now. I have seen others ask on various forums for a method for correcting the problem and have often typed out a response for them. Today I had a few moments to spare so I thought I would write up the procedure and share it with you.

My procedure is actually quite simple. I have a small microwavable bowl that I fill with enough water to cover the metal tenon and about a quarter inch of the stem when it is placed in the bowl. My bowl has a 2 ½ inch diameter so I can lay the stem in it at an angle with the button over the edge. Care should be taken as the water can and will bring out oxidation on the stem and it can be a pain to remove. I try to not allow the water to climb too high on the stem to minimize the work. I also place the stem in with the bend down on a bent stem. Vulcanite has memory and will straighten with heat so I have found that placing the stem with the outer bend in the bowl aids in keeping the bend.

Once the stem is placed in the water I place the bowl in the microwave and set it on high heat for 2 minutes. This generally gets the water boiling or just under boiling. If you worry about the metal causing trouble with your microwave you can heat the water without the stem and stick the stinger/screw mount end in the boiling water once it is removed. Once it is hot I let it stand in the water for another 2 minutes and then reinsert in the shank of the pipe. The glue should be softened enough to turn the stem until it is in the correct position. Once I get it straight I set it aside and let it cool and the fix is finished.

I have used one other method with good success as well and that is a heat gun as the source of the heat. For me it is a bit more labour intensive as you have to keep the stem moving so as not to burn the vulcanite. It does work well though and you do not have to fight the oxidation. Once it is heated use the same procedure as above to straighten the stem and fit. Let cool and you have it finished.

If the stem does not turn easily you have not heated it enough. Give it some more heat with the gun or the water until it is easily turned on the shank. I have used this method on all pipes with the screw mount tenon/stem and had good success.

Because it worked so well with the metal screw mounts I decided to give it a try with a bone screw tenon on a couple of older meerschaum pipes and an old deco Bakelite pipe. The pipes I chose to try the method on were pipes of little value so that if it did not work it would not be a loss. 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 cuppa 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 don’t know if the tenon loosened or if it swelled but it is certainly fixed.

On these old timers my two concerns with the microwave were integral damage to the bone tenon from the heat moving from the inside out and secondly to the Bakelite stem. I did not want it to become brittle from the same process. I tried to minimize that by putting it in the water. I have learned on the metal ones to insert the stem and tenon while the water heated in the microwave for maximum effectiveness. I decided to do that as well. I have been smoking these pipes now for several months and taking them apart to clean them without any problems. It seems that they have not been compromised.

I have yet to try it on amber as I have not had an amber stem to sacrifice. I now know that it works on Lucite, vulcanite, Bakelite and on older bone tenons. I continue to experiment with these older pipes to learn what I can in terms of restoration. If you have suggestions or ways in which you have worked with this issue let me know.

Patching a bite through

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I thought I would write an article on this topic as I just finished repairing a bite through on an old London Made pipe with a vulcanite stem. It is fresh in my mind so it will be easy to write it down, plus I enjoy passing on my refurbishing processes to others to experiment with.

To begin the patching process you need to make sure the stem is clean of all oils, waxes and oxidation. You want the patch to bond well with the original stem. I have also found that any oxidation will show through the patch and leave a blemish on the stem that is cannot be removed as it is under the patch. With that in mind I removed the oxidation from the stem with repeated soaks in a tub of Oxyclean. I mix it 1 scoop to a quart of hot water. I put the lid on it and shake vigorously to mix the powder. Once it is well mixed the stem goes into the water for its first soak. I wash it off and sand or buff between soaks to remove any oxidation that is soften enough to remove it. Then it goes back into the jar for another soak. I repeat the process until the stem comes out clean.

I take it from the final wash and I sand the stem with multiple grits of sand paper to get the stem back to a matte black finish. I don’t want a sheen on the stem yet as I want a bit of roughness in order that the patch will adhere well. Once completed, I use a dental pick to clean up the area around the bite through and remove any remaining rubbish in the hole. I then used a small needle file to roughen the broken surface of the spot to prepare it for the patch.

I soak a pipe cleaner in olive oil (not dripping oily but enough to make it slick as you do not want it gurgling out the hole and messing up the part you have just cleaned. Believe me Super Glue will not stick to oily slick surfaces and it will never dry when mixed with oil.) The pipe cleaner is inserted into the button on the stem just past the bite through. This provides a block on the underside of the hole and also a non stick surface so that the glue used in the repair does not fill the airway and cause the pipe cleaner to bond to the inside of the stem.

I used clear Krazy Glue/Super Glue (you can get black Super Glue from wood working supply sites online) and did an initial fill on the hole. The idea is to get a good bond on the hole itself and not try to over fill. Once it was dry (very quickly) I sanded the surface to roughen the initial patch and then filled the hole and surrounding dent to a bit overfilled (a bubble if you can picture that). I set it aside over night and then the next morning sanded it smooth to match the surrounding surface. If the hole is large the idea is to build out toward the middle with repeated applications of the glue.

I have experimented with different drying times that are optimal for the sanding process and found that the one I stated above works the best for me. The first application is a quick dry and is sanded while the glue is not cured. The second application is hard when I sand it. I use multiple grits (400, 600) of wet dry sand paper and then microfiber sanding disks (1800, 2400, 4000) to blend the patch to the surrounding stem area and then gave the entirety a buff with red Tripoli and then white diamond. I finished the polishing with 4000 grit microfiber disk and it is virtually invisible and has formed a hard bond with the stem.

I am just an amateur refurbisher sharing how I do a patch. I am sure others here, particularly the pipe repair folks, have other methods and better ones. But this one works for me. I will try to do a photo essay on the next pipe stem I patch to show pictorially what I do.

Oh… for information sake – I have pipes that I have repaired in this manner that I have been smoking for 10 years that show no breakdown in the patch.