Tag Archives: Bending vulcanite stems

Life for a Karl Erik Carved Wenhall Langelinie Made In Denmark 1 Freehand


Blog by Steve Laug

I thought with this blog that I would take a different tack in the write up and take you through my process of working on each pipe that we purchase. Jeff has set up a spread sheet to track where the pipe came from, the date of purchase and what we paid for it so that we know what we have invested in the pipe before we even work on it. This takes a lot of the guess work out of the process. This particular pipe was purchased on 04/09/2022 from Cleveland, Ohio, USA from a seller we bought quite a few pipes from. I also want you to understand why we take the photos we do. It is not accidental or chance as the photos have been taken to help me make an assessment of the pipe Jeff sees before he starts his clean up work. We do this to record the condition that the pipe was in when received it and to assess what kind of work will need to be done on. When I look at these photos this is what I see.

  1. The finish is dirty and flat but underneath there is some excellent grain. There are also some leaves carved on the left side of the bowl and around the heel. These were typically done to obscure flaws in the briar.
  2. The plateau rim top and shank end are dirty. In the rim top plateau there is a lot of lava overflow from the cake in the bowl. Along with that there is dust and debris in both the plateau on the rim top and shank end. Its overall appearance is very dirty looking.
  3. The bowl has a thick cake in it but the inner edge of the bowl actually looks to be undamaged from what I can see at this point. There does not appear to be any burning or reaming damage to the edges of the bowl. You would be surprised (though maybe not) in how many pipes we pick up that have major issues in this area.
  4. The stem is vulcanite and has straightened out from heat and sitting and will need to be rebent to match the flow of the shank and bowl.
  5. The stem had some oxidation and tooth marks and chatter that are visible in the photos below. Nothing to deep but nonetheless present.

Overall my impressions of this pipe is that it is a beauty that once cleaned up will look pretty amazing. The cake does not seem to hide any burns or checking and the exterior of the bowl does not show any hot spots or darkening. When I look it I immediately think of the carver Karl Erik. It has a lot of his stylistic touches that I have come to expect as I have worked on a lot of his pipes over the years. The photos below confirm the assessment above. Jeff took close up photos so that I could have a clearer picture of the condition of the bowl and rim edges and top. The rim top photos confirm my assessment above. The cake in the bowl is quite thick and the plateau on the rim top is almost filled in with lava and debris. You can also see the condition of the inner and outer edges of the rim. This is what I look for when assessing a pipe. While there is lava and darkening there is no visible burn damage at this point and the previous reaming has not left damage either. The bowl is still fairly round. The plateau on the shank end is very dusty and dirty as can be seen in the fourth photo below. His photos of the stem surface confirmed and heightened my assessment of the condition. You can see the oxidation (particularly around the turned area and the speckled surface of the button area) and what appears to be a gummy substance on the stem surface. Note also the tooth marks on the edge of the button on both sides. It is actually more damaged than the surface of the stem. I always ask Jeff to take photos of the sides and heel of the bowl. While this definitely shows the grain patterns around a bowl it also allows me to do a more thorough assessment of the condition of the briar and the finish. In this case I look at the finish around the carved portions to see if there are any cracks or splits radiating from the pits in the centre of each one. I also look for flaws in the grain as those can also hide cracks or damage. In this case the bowl exterior is sound and should clean up very well. I love the grain patterns and even the odd leaf carvings do not detract too much from that for me. I also ask him to take photos of the stamping so I can see if it is faint in any spots or double stamped or unclear. It often takes several photos to capture what I am looking for. The stamping on the underside of the shank is relatively clear in the picture below. It reads Wenhall [over] Langelinie [over] Freehand [over] Made In Denmark [over] 1. The Wenhall stamp is faint at the top of the stamp but still readable. You can also see that part of the Langelinie is double stamped. The rest of the stamp is clear and readable.Before I start working on any pipe in my hands I want to confirm its provenance. I want to know for certain who made it rather than just counting on my memory. In this case in the back of my mind I remembered a connection between Wenhall and Karl Erik pipes. I could not remember the details of the connection but I remembered there was one. I have several sites that I turn to for this work. First I turned to Pipephil’s – Pipes, Logos and Stampings website and found that there was no information on the brand there.

Then I turned to Pipedia and looked up Wenhall in the Pipe Makers list that is included there. I found the link there I was looking for (https://pipedia.org/wiki/Wenhall). It was a short article but it made a lot of connections to names that I was familiar with from working on pipes. I include the majority of the article because of the pertinent information that it provides and for ease of reference in the future.

Wenhall Pipes Ltd. was a distribution company out of New York City.

By the end of the 1970’s Wenhall approached Michael Kabik and Glen Hedelson, at that time operating from a farm house in Glen Rock, Maryland to create a line of freehands called Wenhall. The situation was favorable, because Kabik & Hedelson had ended their cooperation with Mel Baker of Tobak Ltd. to produce the famed Sven-Lar freehands shortly before.

Upon Wenhall’s offer the partners got a bank loan and set up a studio of 2000 square feet in a fairly new industrial park in Bel Air, Maryland and took on the name Vajra Briar Works. Wenhall initially wanted 500 pipes a week! But Kabik & Hedelson doubted that they could move that much product and told them they would produce 250 pipes per week. Happily, some of the old crew from Sven-Lar joined them at Vajra Briar Works, and thus they rather quickly met the production demands.

Furthermore during this time, Wenhall requested to create a line of pipes consisting of 12 different shapes. The line was called The Presidential and, while they repeated the same 12 shapes for this series, each one was freehand cut. Although they came up with interesting designs, mainly developed by Hedelson, especially Kabik was never really happy with the line or the concept, but, by this time, they had nine people on full-time payroll.

The stint with Wenhall lasted a couple of years, at which time they asked them to join Wenhall in a move to Miami, Florida. But by this time Kabik and Hedelson felt very uncomfortable with the owners of Wenhall and decided that they’d rather close the shop than make the move. Time proved that decision very wise, as Wenhall folded shortly after the move. All the same they had to close Vajra, but scaled down to the two of them and moved the operation to the farm house Glen was currently living in.

Presumably for a shorter period only Wenhall had pipes made in Denmark by Karl Erik. (BTW K.E. Ottendahl ceased all sales to the USA in 1987.)

The last sentence in red above gave me the confirmation I was seeking. I knew that the pipe I had was made in Denmark and thus by Karl Erik. I also knew that it was made before he ceased all sales in the US so that it was made before 1987. That is when his time with Wenhall ended. I always love being able to pin down a time frame for the pipe I am working on and knowing that this one was made prior to 1987 meant this was an older pipe. Now on to the work.

I am sure many of you skip my paragraph on the work Jeff has done before the pipe gets here but it is quite detailed in its brevity. I know some laugh at my opening line Jeff did a thorough cleaning of this pipe. However, I want you to know the details of the work. Back in 2020 Jeff wrote a blog about his cleaning process. I am including a link to that now so you can see what I mean about his process. Do not skip it! Give it a read (https://rebornpipes.com/2020/01/20/got-a-filthy-estate-pipe-that-you-need-to-clean/). Here is the introduction to that blog and it is very true even to this day.

Several have asked about Jeff’s cleaning regimen as I generally summarize it in the blogs that I post rather than give a detailed procedure. I have had the question asked enough that I asked Jeff to put together this blog so that you can get a clear picture of the process he uses. Like everything else in our hobby, people have different methods they swear by. Some may question the method and that is fine. But it works very well for us and has for many years. Some of his steps may surprise you but I know that when I get the pipes from him for my part of the restoration they are impeccably clean and sanitized. I have come to appreciate the thoroughness of the process he has developed because I really like working on clean pipe!

For the benefit of some of you who may be unfamiliar with some of the products he uses I have included photos of three of the items that Jeff mentions in his list. This will make it easier for recognition. These three are definitely North American Products so you will need to find suitable replacements or order these directly on Amazon. The makeup pads are fairly universal as we were able to pick some up in India when we were with Paresh and his family.

In the blog itself he breaks his process down into two parts – cleaning the stem and cleaning the bowl. Each one has a large number of steps that he methodically does every time. I know because I have watched him do the work and I have seen the pipes after his work on them. He followed this process step by step and when the pipe got to me it was spotlessly clean and ready for my work. The inside of the stem, shank and bowl were clean and to me that is an amazing gift as it means that my work on this end is with a clean pipe! I cannot tell you how much difference that makes for my work.

When the pipe arrives here in Vancouver I have a clean pipe and I go over it keeping in mind my assessment shared in the opening paragraph above. I am looking for any significant structural changes in the bowl and finish as I go over it.

  1. The finish is very clean and the grain stands out on the surface of the clean briar. The carved leaves looked good as well and appeared to have some dark stain tracing the lines in them and helping them stand out. There are no cracks showing up in the grain lines or in the flaws under the leaf carvings. It is sound on the outside. I will need to polish the briar and buff it to bring back the shine.
  2. The plateau rim top and shank end are clean and have some faded spots due to the cleaning and removing of the tars and oils that were scrubbed off. This will mean that in need to restain them with black and buff them with wax to bring them back to what they looked like when sent to the US originally. The good news for me is that there are no cracks showing up in the rim top plateau or in the shank end plateau. Those two areas are also sound.
  3. The bowl was very clean and smelled clean. The clean walls did not show evidence of checking or cracking. There were no hot spots or damage on the walls or around the entrance of the airway into the bowl. It was clean and smooth which is great news for me. The inner edge of the bowl was undamaged and did not show any sign of burning or reaming damage to the edges of the bowl. Both the shank and the bowl were very clean showing no debris on a clean pipe clean run through them. I would need to give it a final cleaning with pipe cleaners and alcohol once I had finished with the external work to remove the debris that may have collected there in the process.
  4. The vulcanite stem has clearly straightened over the years and that can be seen in the angle of the stem to the top of the bowl. I will need to heat it and bend the end to match the angle of the rim top. I always aim to get a basic straight line from the rim top to the curve of the stem when it is sitting in my mouth.
  5. The oxidation was gone from the stem after Jeff’s work on it. The tooth marks and chatter will need to be dealt with once I finish the bowl.

Hopefully the steps above show you both what I look for when I go over the pipe when I bring it to the work table and also what I see when I look at the pipe in my hands. They also clearly spell out a restoration plan in short form. My work is clear and addressing it will be the next steps. I took photos of the whole pipe to give you a picture of what I see when I have it on the table. This is important to me in that it also shows that there was no damage done during the clean up work or the transit of the pipe from Idaho to here in Vancouver. I then spend some time going over the bowl and rim top to get a sense of what is happening there. Remember that with plateau tops there can be dips in the plateau that extend into the bowl edge and are not damage but rather a natural feature. You can see the fading to the black of the plateau on the bowl top and the shank end. It is clean but will need to be restained to match what it was when made. I also went over the stem carefully. There were dents in the stem that are visible in the photos. But the good news is that the tooth marks were not deep and did not seem to puncture the airway. They would clean up well. I examined the button edge as it was damaged with tooth marks as well but I was happy to see that there were no cracks in the button surface. I took photos of the rim top and stem sides to show as best as I can what I see when I look at them.I always check to make sure that the clean up work did not damage the stamping on the shank in any way. I know Jeff is cognizant of this but I do it anyway and take a photo to show what I see when I examine it. In this case it has not changed at all from the pictures I included above. I also remove the stem from the shank and check the tenon and lay the parts of the pipe out to get a sense of the proportion that was in the mind of the pipe maker when he crafted the pipe. It is a beauty in flow and shape.The question at this point of where to begin the restoration work is always a matter of personal preference. If you read this blog much you will see that each of the restorers who post here all start at different points. I personally almost always start with the bowl because I truly do not like the tedious work of stem repairs and polishing. I always leave that until last even though I know that it needs to be done. So if you are restoring your pipes choose where you want to start and go from there. Just know that it all will need to be done by the end but for me the encouragement of seeing a rejuvenated bowl is the impetus I need to attack the stem work.

For me then I started working on this pipe by turning to the bowl. I chose to deal with the faded plateau on the rim and shank first because I would be polishing the briar and always like to go over the rim top and shank end plateau at the same time. I find that polishing those areas with micromesh differentiates the high points of the plateau from the valleys. I used a black stain pen to restain both areas. Remember this is only the first step in rim top staining. Polishing the briar will come next and that will change these areas as well.From here I turned to polishing the briar with micromesh sanding pads. I choose to dry sand the briar rather than wet sand it. Again it is a matter of personal preference. I prefer to use the pads dry and find they work very well on the briar. I sand with each pad (9 in total) and group them by threes for ease of reference. I also work over the plateau areas at the same time. I wipe the bowl down after each pad with a damp cloth to remove the sanding debris and check the briar. I love seeing the developing shine on the briar as I move through the pads which is why I include so many photos of this step. Pay attention to the changes in the briar and the plateau top in these photos as you work through them. To further sharpen the curves and grooves of the plateau on the shank and rim top I used a brass bristle wire brush. It is soft enough metal to clean up edges but not hard enough to scratch the surface of the briar.For the past few years now I have been using a product developed by Mark Hoover called Before & After Restoration Balm. I find that it is remarkable in its ability to really give the bowl deepened sense of colour and grain. It is a paste/balm that is rubbed into the surface of the briar and the plateau. The product works to deep clean the nooks and crannies of finish, enliven and protect the briar. I worked it into the briar with my finger tips and a horsehair shoe brush to get it into the grooves of the plateau. I let it sit for 10 minutes to let it do its work. I wiped it off with a soft cloth then buffed it with a cotton cloth. The briar and the plateau really began to have a deep shine in the briar. The photos I took of the bowl at this point mark the progress in the restoration. You see the shine that the briar has taken on and the contrast finish on the plateau areas is very beautiful. It is a gorgeous pipe. Now it was time to address the part of the restoration I leave until last. I set the bowl aside and turned my attention to the stem. I wanted to repair the tooth damage on the stem surface and on the surface of the button. Before doing any repairs to a stem surface I try to lift the marks as much as possible. To do that I use a Bic lighter to heat the tooth marks and dents in the stem surface. I describe that as “painting” the surface. What I mean by that is that I hold the stem stationary and quickly move the flame of the lighter across the dents repeatedly. Typically I am able to lift the dents significantly and sometimes in totality with the heat. It utilizes the “memory” vulcanite and the heat raises the marks.In this case I lifted all but two – one on each side. The heat did not have any effect on the tooth damage on the edge of the button. To take care of that I filled the edge in with clear CA glue and let it cure. Once it was hardened I recut the button edge with a small file to clean up the damage. I finished the reworking of the button and stem with 220 grit sandpaper and started polishing it with 600 grit wet dry sandpaper to remove the scratches. This process makes the repairs almost invisible when polished and also takes care of scratching in the surface of the vulcanite.I usually heat a stem to be bent with my heat gun until it is pliable then set it with running water. Today however I ran into a problem. My heat gun is no where to be found. I evidently either loaned to someone who still has it or it is somewhere in the house where I have overlooked it in the hunt. So I had to resort to an older way of heating the stem that is a bit more tricky. I “painted” the underside of the stem at the bend that was present with the flame of a Bic lighter as described above. When it became soft and pliable enough to bend to the angle I wanted I set the bend with cold water and dried it off. I checked the angle of the bend with the shank repeatedly until I was happy with the new look. I took some photos of the stem and of the stem in place in the shank and have included them below. It is possible to bend a stem with minimal tools. With the bend in the stem finished I needed to polish the stem and bring back a shine. I use micromesh sanding pads and water to wet sand the stem with 1500-12000 grit sanding pads. I wiped it down after each sanding pad with Obsidian Oil on a cotton rag after each sanding pad as I find it does two things – first it protects the vulcanite and second it give the sanding pads bite in the polishing process. After finishing with the micromesh pads I rub the stem down with Before & After Fine and Extra Fine stem polish as it seems to really remove the fine scratches in the vulcanite. I rub the Fine Polish on the stem and wipe it off with a paper towel and then repeat the process with the extra fine polish. I finish the polishing of the stem down with a final coat of Obsidian Oil and set the stem aside to let the oil absorb. This process gives the stem a shine and also a bit of protection from oxidizing quickly.The final steps in my process involve using the buffer. I first buff the stem and the briar with Blue Diamond on the buffing wheel. Blue Diamond is a plastic polish but I find that it works very well to polish out the light scratches in the vulcanite and the briar. I work the pipe over on the wheel with my finger or thumb in the bowl to keep it from becoming airborne. It works well and I am able to carefully move forward with the buffing. I lightly buff the plateau on the rim top and shank end at the same time making sure to keep the product from building up in the grooves of the finish. I finished with the Blue Diamond and moved on to buffing with carnauba wax. Once I have a good shine in the briar and vulcanite I always give the bowl and the stem multiple coats of carnauba wax. I have found that I can get a deeper shine if I following up the wax buff with a clean buffing pad. It works to raise the shine and then I follow that up with a hand buff with a microfiber cloth to deepen the shine. It is always fun for me to see what the polished bowl looks like with the polished vulcanite stem. It really is a beautiful pipe. The smooth finish around the bowl sides and shank show the grain shining through the rich brown stains of this Karl Erik Wenhall Langelinie Freehand. The black plateau on the shank end and rim top looked very good with some of the high points showing through in brown. The contrast in the combination looks very good.  The finished pipe feels great in my hand. It is light and well balanced. Have a look at it with the photos below. The dimensions are Length: 6 inches, Height: 2 ½ inches, Outside diameter of the bowl: 1 ½ inches, Chamber diameter: 7/8 of an inch. The weight of the pipe is 1.90 ounces/54 grams. It is a beautiful pipe and one that I will be putting on the rebornpipes store in the Danish Pipe Maker section.

Hopefully this tack of writing this blog is helpful to you in some way. In it I show both what I am looking for and how I move forward in addressing what I see when work on a pipe has been helpful to you. It is probably the most straightforward detailed description of my work process. As always I encourage your questions and comments as you read the blog. Thanks to each of you who are reading this blog. Remember we are not pipe owners; we are pipemen and women who hold our pipes in trust until they pass on into the trust of those who follow us.

Banding and Stemming a Figural Pipe – A Carved Bull’s Head


I have never been a big fan of carved animal pipes- whether birds, bulls, horses, etc. There is just something about them that always makes me shy away. Needless to say when I picked up this one in an EBay lot I put it in the bottom of the box of pipes to be refurbished and kept burying it lower in the box. A few weeks ago when I had very few left I decided to give it a go. There were a few challenges about it that made it look interesting. It was without a stem and the shank was damaged – several cracks in it. The angles of the shank made banding it a challenge and the thickness of the neck of the bull at the base of the shank made it formidable. Those attracted me to giving it a try. I also figured I could do some carving on the shank to make it possible to band it and then sand rework an old stem to fit the newly carved shank. The bowl has some kind of impermeable coating on it. Acetone will not cut it; Everclear will not cut it and even a soak in the alcohol bath will not cut it. It is like a coat of Urethane. All my attacks on it resulted in not even damaging the surface. Ah well it will stay as it is then.

I used my Dremel to sand back the shank area so that a band would fit it. I sanded back the neck of the bull to allow for a visible shank. I also had to sand the area at the back of the head to fit the band on the shank. I sanded it with some medium grit emery paper to remove the deep scratches from the Dremel and then worked it over with 240 and 320 grit sandpaper to smooth it out. I finished by wet sanding the shank with micromesh sanding pads from 1500-3200 grit. Once I had it cut back and ready, I heated a band with my heat gun and pressure fit it onto the newly formed shank. The next three photos show the newly banded shank. I left a little excess length on the band so that it would form a seat for the stem (visible in Photo 2). The shank end was so badly damaged that I could not get a smooth end on it. In Photo 3 you can also see the cracks in the shank that I repaired with superglue and pressure.
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I had an old stem in my can of stems that was the right shape. It was also in rough shape. It was one of those I had held on to that should have probably been pitched. However, it was right for this shank and would be reparable with a bit of work. This pipe sat on my work table throughout the repairs I was doing on all the other pipes I have worked on in the past month. It was just sitting there and every so often I would pick it up and work on it. The next series of nine photos shows the stem that I was working on for the pipe.

Figure 1 Top view of the stem before I worked on it. There were bite marks, tooth marks and pieces missing.

Figure 1 Top view of the stem before I worked on it. There were bite marks, tooth marks and pieces missing.

Figure 2 I sanded down the stem and filled the deep pits with black superglue. The top side of the stem shows the shiny black glue patches.

Figure 2 I sanded down the stem and filled the deep pits with black superglue. The top side of the stem shows the shiny black glue patches.

Figure 3 The underside of the stem. I used a file to sand down the edges and the flat blade of the stem.

Figure 3 The underside of the stem. I used a file to sand down the edges and the flat blade of the stem.

Figure 4 The stem is beginning to take shape after much filing and sanding on the sides and around the button. This is a photo of the topside of the stem.

Figure 4 The stem is beginning to take shape after much filing and sanding on the sides and around the button. This is a photo of the topside of the stem.

Figure 5 The underside of the stem with the filing and shaping bringing it into shape.

Figure 5 The underside of the stem with the filing and shaping bringing it into shape.

Figure 6 The top side - note the left side dent on the edge of the stem. This would require more sanding, shaping and filling with black superglue.

Figure 6 The top side – note the left side dent on the edge of the stem. This would require more sanding, shaping and filling with black superglue.

Figure 7 Topside of the stem. I sanded it with 320 grit sandpaper and then medium grit sanding sponge. It is beginning to take shape.

Figure 7 Topside of the stem. I sanded it with 320 grit sandpaper and then medium grit sanding sponge. It is beginning to take shape.

Figure 8 Underside of the stem- again sanded and shaped. The dents and edges are starting to be cleaned up.

Figure 8 Underside of the stem- again sanded and shaped. The dents and edges are starting to be cleaned up.

Figure 9 Underside finished with the majority of the shaping. Now a lot of fine tuning needed to be done.

Figure 9 Underside finished with the majority of the shaping. Now a lot of fine tuning needed to be done.

Figure 11 The finished stem fit into the repaired shank. Right side view.

Figure 11 The finished stem fit into the repaired shank. Right side view.

Figure 10 The finished stem shaped and inserted in the repaired shank. Left side view.

Figure 10 The finished stem shaped and inserted in the repaired shank. Left side view.

Once I had the stem cleaned up and repaired it was ready to be heated and bent to fit the flow of the pipe. I set up my heat gun and turned it on low heat. I held the stem over the heat at a distance of 2-3 inches and kept it moving back and forth to prevent the vulcanite from burning. When the vulcanite was pliable I used a wooden rolling pin and bent the stem over the curve of the rolling pin. I find that using this keeps the stem from bending at an angle.

Figure 12 Heat gun set up and ready to use to bend the stem.

Figure 12 Heat gun set up and ready to use to bend the stem.

Figure 13 Heating up the vulcanite stem.

Figure 13 Heating up the vulcanite stem.

Figure 14 Bending the stem over a wooden rolling pin that I scavenged from my wife's thrift shop box.

Figure 14 Bending the stem over a wooden rolling pin that I scavenged from my wife’s thrift shop box.

Figure 15 The finished bend in the pipe. It is now ready to polish the stem and the shank.

Figure 15 The finished bend in the pipe. It is now ready to polish the stem and the shank.

I took it back to the work table and began to sand the stem and the shank with a fine grit sanding sponge. I continued to sand it and then worked on the shank with micromesh sanding pads from 3600-12,000 grit to prepare it for restaining.

Figure 16 Shank preparation for staining.

Figure 16 Shank preparation for staining.

Figure 17 Shank preparation for staining.

Figure 17 Shank preparation for staining.

Once the shank was prepared I stained it with a dark brown aniline stain. I flamed it and repeated the staining and flaming until the brown matched that of the rest of the bowl. I then gave it a coat of Danish Oil medium walnut to seal the shank and give it a shine that would match the head of the bull. I also finished sanding the stem with the remaining grits of micromesh (3600-12,000 grit). When I finished I buffed the stem and shank with White Diamond and gave it all several coats of carnauba wax. The next series of five photos show the finished pipe.
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A Classic Rework of A Royal Duke Supreme


Blog by Steve Laug

I had this old Royal Duke bowl in my box. It had some promise to my eye but it needed some work. The first thing I did was drill out the metal mortise that took a threaded tenon. I did not have any stems that fit it anyway and I wanted to try something new. The issue that remained once it was gone was the fact that the mortise rough inside and the end of the shank was not square so that there was no way to get a new stem to fit it seamlessly. The finish was very rough as can be seen in the photos below. The varnish on the outside of the bowl had bubbled and blistered. The front edge of the bowl was actually darkened as the varnish seemed to have burned or at least coloured. There were dents in the bowl and the rim was rough. I turned a precast stem with my tenon turner and got it close. I had to custom fit it as the shank was a little tapered toward the end.

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The stem fit fairly well but would take a bit of customizing to get a good tight fit to the shank. It would also need a good cleanup to trim off the castings on the stem. The vulcanite was fairly decent quality as I have had it a long time but it showed no oxidation.

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I decided to work on the bowl first to clean up the remaining finish and remove the varnish from the bowl. I also wanted to see if I could remove the darkening around the front and back of the bowl. I washed the bowl with acetone on a cotton pad and cleaned off the finish. It took repeated washing to break through the varnish coat and also the burned and bubble finish. The next two photos show the pads after the wash. You can begin to see the grain coming out on this beauty. That is what drew me to the pipe in the first place and I was glad to see that it was truly there.

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I repeated the washing until the pipe was clean and had no remaining finish coat. The dark undercoat of stain still remained and light brown topcoat also was still present. This is clearly seen in the photos below. I worked on the fit of the stem and tapered the tenon enough to get a good snug fit to the bowl. I also used my Dremel to remove excess vulcanite from the top and the sides of the stem so that it lined up smoothly with the shank of the pipe. It was at that point I decided to pressure fit a nickel band to the shank to square things up a bit. There was no way that the stem and the shank would meet squarely as the shank was a bit angled and dented from the metal inserted mortise. The previous mortise had been threaded in and it had a thin band or flat top on it that sat against the briar. It was also patched a bit with putty to make the flow from the shank to the insert smooth. I fit the nickel band with heat and pressed it into place. I liked the finished look of the band and it gave me a straight edge to work with on the new stem. I again used the Dremel with a sanding drum to shave off more of the vulcanite and make the stem fit against the band inside edge. The next two pictures below show the stem after the fit and the shaving with the Dremel. You can see the rough surface on the saddle and the cleaned up edges of the cast stem and the button.

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I then sanded the bowl and the stem with 240 grit sandpaper to remove the scratches in the briar and also on the vulcanite stem. It took quite a bit of sanding to smooth out the saddle of the stem. The next five photos show the progress of the sanding on the stem. I also sanded the bowl to remove the remaining finish and scratches. I topped the bowl and smooth out the inner and outer rim to remove the damages to them both. I also used my heat gun to put the bend in the stem. I have a curbed dowel here that I put the heated stem on to ensure that the bend is straight and that I do not crimp or bend the stem unevenly.

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Once the sanding was at this point I wiped the bowl down with Isopropyl alcohol. I find that it removes any sanding dust and also the wet look shows me places where I still need to sand the bowl and stem. Once that was done I sanded the bowl again with 400 and 600 grit wet dry sand paper and water. I progressed through micromesh sanding pads 1500-12,000 grit – the first four pads with water and the remaining ones dry sanding. Once it was completed and smooth I wiped it down a final time before staining it.

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While I was sanding the pipe and working on the stem I tried to visualize what stain I wanted to use on this pipe. At this point remember I was not trying to restore the original Royal Duke colouration. I was working a new pipe out of this piece of briar even though I left the stamping. I decided to go with an oxblood aniline stain. I applied it with a cotton swab, flamed it and then took it to my buffer and buffed it with White Diamond.

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The next three photos show the pipe after the buffing with White Diamond. I had not applied any wax at this point nor was I finished working on the stem. The colour came out better than I imagined. The dark under notes of the grain come through nicely in the finished pipe. The light areas have a reddish brown hue that is a bit lighter as the pipe has been waxed and buffed.

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Once the pipe was stained I coated the bowl with multiple coats of carnauba wax to protect the new stain while I worked on the band and the stem. The nickel bands shine up really well with the higher grit micromesh sanding pads. I sanded the band with the 6000-12,000 grit pads and then polished it with some wax as well. I moved on to the stem. I sanded it some more with 240 grit sandpaper to remove some more of the scratches in the saddle area left by the Dremel. I then sanded it again with the 400 and 600 grit wet dry and water to smooth out the lesser scratches left behind by the 240 grit sandpaper. I went on to use 1500-3200 wet micromesh sanding pads to polish up the stem some more. These early grits of micromesh leave behind a matte finish as they sand out the scratches. It takes the grits above 4000 to really see the depth and polish that is there when finished. Once I used the lower grits I then polished the stem using Maguiar’s Scratch X2.0 polish and rubbed it on with a cotton pad and polished it off. I buffed the stem with White Diamond following this to see what I needed to work on.

I took the stem back to my work table and used the higher grits of micromesh. I started with 3600 and worked through 4000, 6000, 8000 and 12,000. Once I finished I buffed it again with the White Diamond and then coated the stem with Obsidian Oil and let it sit while the oil soaked the stem. I hand buffed the oil with a soft cotton cloth and then polished it with some carnauba wax paste and then buffed the entire pipe with several coats of carnauba. I buffed it with a clean cotton buff between coats of wax. The final photos are of the pipe as it stands now.

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Bending Vulcanite Stems


Blog by Steve Laug

I have had several people ask me about the process I use to bend vulcanite stems. I decided to write an essay on the three different processes I have used to bend them. In each method I remove the stem from the pipe for bending. I have the pipe close at hand to check the bend on the stem. Each method has plusses and minuses to it. Each method can create a variety of other problems that need to be addressed if done improperly. For the sake of this article I refer to bending vulcanite. The same three methods can be used to bend Lucite. I have bent them both using all three methods. The methods and warnings remain the same; the potential for oxidation is not applicable.

1. Hot Water Method

METHOD: This is a simple process. I use a small ceramic microwaveable bowl that has straight sides and is about 3 inches deep. I fill it with tap water to the level I want the bend and put the bowl in the microwave. I select high and set the time for two minutes. I have found on my microwave that is where the water will boil. I have put the stem in the bowl in microwave during this heating and I have left it out. I see no significant difference in the application and no damage to the stem. The only significant difference that I can see is the time it takes to make the stem pliable.

Either way, when the stem is in the water I want it to be covered to the level of the impending bend. I put a pipe cleaner in the stem to keep the airway open and prevent kinking in the stem when I bend it. If the stem is in the microwave, at two minutes it is pretty pliable. If not, I dip it in the boiling water and leave it until it is pliable. This may take repeated dipping and reheating of the water.

Once the stem is pliable I use a small glass spice jar that is round to bend the stem over. It gives me the curve I am looking for in my bends. The jar is a common spice jar, about 1 to 1 ½ inches in diameter. I lay it on its side and bend the stem over it. I know others who use the grip on a baseball bat or a rolling pin. Use whatever works for you in terms of maintaining a smooth bend. I hold the tenon end with one hand and the button with the other and then bend it carefully. I have found out the hard way that just bending it by hand can be problematic and make a very uneven curve or a twisted curve with one side more bent than the other. Once the bend is the way you want it either dip the stem in a cup of cold water or under running water in the sink to set the bend.

PLUS: The plusses are fairly straightforward to this method. Its ease of application is very clear. The evenness of the heat and the bend makes burning the vulcanite a non-issue. The simplicity and lack of a need for special tools makes it a very practical method of bending the stems. I used this method all the time for many years until I purchased a heat gun to use for this purpose. I still find myself going back to it repeatedly particularly with Lucite or acrylic stems. I just works for me so I use it.

MINUS: The minuses are also straightforward. Hot water plus vulcanite is a recipe for oxidation. The heat and the water cause oxidation to raise its ugly head. It seems like the oxidation just leaps to the surface as soon as the water gets hot and touches the vulcanite. It means that in bending the stem, solving one issue, you create a second issue – the removal of oxidation. If you are comfortable with the process of removing oxidation then the method is very usable and it works. If you are not comfortable with that process be forewarned it will oxidize your vulcanite stems.

2. Kitchen Oven Method

METHOD: This also is a simple process. I use one of my wife’s cookie sheets, or baking sheets, to hold the stem or stems. I put the oven rack in the centre of the oven and preheat the oven to 200 or 220 degrees, both temperatures work. Once the oven is heated I place the stem (with the inserted pipe cleaner to keep the airway open) on the cookie sheet and slide it into the oven. Have some oven mitts or hot pads near at hand when it is time to remove the cookie sheet from the oven. Watch the stems so you can tell when they are pliable. It takes very little time, 5 minutes or less usually. You can tell when they are pliable when you watch them (especially after having done this before) but you can check them regularly to see if they are ready. They should be rubbery and soft, easily bent.

Once the stem is pliable I remove it from the oven and hold it with the oven mitts, or if your hands are callused with your fingers (vulcanite is hot and you can be burned so be careful). I have the same small glass spice jar at hand, just as I did in the above method, to use to bend the stem. I hold the tenon end with one hand and the button with the other and then bend it carefully. Once the bend is correct I dip it in cold water or under running water in the sink to set the bend.

PLUS: The plusses of this method are also straightforward. It again requires no special tools to do the work. It allows you to bend multiple stems quickly. It also does not increase oxidation to the stems. This is a relatively new method to me but a fellow refurbisher here in Canada uses it all the time and swears by it. I have tried it and it does work well. There is no mess and no fuss. Cleaning up the stem is very simple afterward. All of the work in removing oxidation and polishing can be done ahead of time and then when complete a simple buff will give the stem a sheen.

MINUS: The minuses are relatively few. The first I ran into was my wife – she was not keen to have me “melt” rubber on her cookie sheets in her oven. I suggest you try this when “she who must be obeyed” is out of the kitchen unless you have your own sheets and oven! Care must be exercised to not leave the stems in too long or they will indeed be a mess – or at least it would seem so. I have not done this because I am overly cautious in keeping an eye on the stems.

3. Heat Gun Method

METHOD: This also is a simple process. I have a heat gun purchased at a home improvement or hardware shop. It has two settings – high and low. For bending stems I set the gun to the low setting. The gun comes with a stand on the handle so I stand it on the worktable with the tip pointing into the air. It also comes with a variety of heads that can be used. I like to focus the heat on the stem so I use one that reduces the end of the gun to a one inch diameter circle. I hold the stem by the tenon, the side I want to bend facing downward, above the heat tip by 4-6 inches and keep it moving back and forth horizontally. You do not want to leave it in one place too long as it will burn the vulcanite or cause it to bubble. (I have used it to also bend Lucite and the same is true with that material.) I check it often to see if it is pliable. It does not take very long, maybe 3-5 minutes, and the stem is very flexible and even begins to droop.

Once the stem is pliable I remove it from the heat and bend it over the same small glass spice jar, just as I did in the above methods. I hold the tenon end with one hand and the button with the other and then bend it carefully. Once the bend is correct I dip it in cold water or under running water in the sink to set the bend.

PLUS: The plusses of this method are also straightforward. It is quick, simple and clean. It allows you to bend multiple stems quickly. The stems do not oxidize with the heat or the cooling water. Since I got the heat gun this is method that has become my default method. The stem can go from being bent to being buffed and polished in short order. All of the work in removing oxidation and polishing can be done ahead of time and then when completed it polishes very quickly with a hand buff or on the buffer.

MINUS: The minuses are relatively few but significant. It is critical that the stem be kept the recommended distance from the tip of the gun as vulcanite does burn. It also blisters and bubbles. Take my word for it you do not want to do the work to repair a blistered or burnt stem. Worst case scenario it means recutting a stem. This is the most important minus. Be very careful. The second one is not nearly as critical, but important nonetheless. The soft and pliable vulcanite can easily twist when bending it, so be sure to use a round hard surface to bend the stem over. Also make certain the stem is flat and straight on the surface of the jar so that it is not crooked when bent. This is easily repairable but a pain nonetheless.

I have used all three methods have all been to bend stems. I have used them on both vulcanite and Lucite stems. The point of pliability under heat is slightly different between the two of the materials so times may vary. I am also working at sea level so that may also influence the times and heat points for the various methods. Give one or all of the methods a try. Let us know how it works for you. Post some pictures of the process and the finished pipe. Most of all enjoy yourself in the work of taking care of your own pipe and making its story your own.