Tag Archives: turning a tenon

Pipe Maker’s Emporium Tenon Turning Tool

Blog by Greg Wolford

Several weeks ago I obtained a tenon turning tool from Pipe Maker’s Emporium (PME). I have been planning on writing my “review” of this tool since I mentioned it in the Big-Ben post but have put it off due to time and wanting to get better acquainted with the tool. Well, I think I am ready so here we go!

The tool can be purchased from PME here and is, essentially, the same tool that PIMO sells and Steve has and uses. There is at least two differences that I can see: An extra adjusting screw )which is rarely used) and the price of the PME tool is about $9 less. (Having bought from both sources, I have a personal preference for PME: their S/H costs are a bit less and speed and service are better, again in my opinion; I have no affiliation with either company other than being a customer.) Both tools are used in the same way and they both have similar limitations on size. They also both lack precision measurements/adjustment mark, requiring one to go slowly and check often the tenon size so as to not over-turn it.

Steve describes the use and adjustment very well in an article he wrote nut I can’t find at the moment. He also compared the PME and PIMO tools in this article so I won’t go into a lof ground he has already covered, but try to add my impression of the PME tool,

I found the tool relatively easy to use overall. I experimented on a few old stems before re-stemming Big-Ben and have since turned several other stems for different stummels and corn cob pipes. I have had mostly good results but there have been a few massive failures, too.

As Steve has pointed out, the best use of this tool is gotten by turning the tenon very close to size and then finishing the job by hand sanding. I have also learned that the tool not only has no markings to gauge the amount of material to be removed by a single adjustment (you have to look at the cutter head relative to the tenon) but one cannot gauge the amount consistently by using a “formula” such as 1/4 turn of the adjusting screw has been giving me .5′ decrease in diameter so each 1/4 turn will continue to do so – I have over-turned two stems using that type of “formula”!

PME doesn’t sell the right size drill bit for the guide pin (a size #30 or .128″) so you will have to obtain it from another source (PIMO does sell it for $2.50) or make due with another size. At first I used an 1/8″ bit on the vulcanite stems which, while tight, worked okay. However, I had to move up to a 5/32″ bit for Lucite/acrylic and be careful to not get it out of round. I have since ordered the .128″ bit from PIMO and am happy with that.

The extra set screw on the PME tool is really not used except for turning multiple tenons of the same style to the same size: For instance if you needed to slightly turn several tenons for corn cob pipes you would use it. This second locking screw just really sets the cutter head to zero movement but the main locking screw is the one that is generally used since you will mostly be taking more and more material off of a tenon.

I find that using the tool at different speeds helps to get a nice, smooth tenon. I like to start out fairly slow and make my first pass, then increase the speed on subsequent passes. The final passes I will be at full speed and will slowly rotate the stem as I make the pass up then back down the tenon. Generally, this gives me a nice smooth tenon, without a lot of turning marks/lines.

As I mentioned above, the adjustments are not always equal so one has to watch carefully how much the cutter head advances with each movement of the adjusting screw. And in order to get a good, even result it is very important to lock the locking screw with each adjustment. I have found that my digital micrometer (bought very cheaply from Harbour Freight) is a good help in getting the size of the tenon down to where it needs to be. But due to the lack of real precision with the tool, I don’t think one can rely solely on the micrometer; when it is getting close I begin checking the tenon to mortise fit after every pass.

My analysis, then, would be something like this: If you wish to re-stem pipes you have to have one of these tools. I think that either the PME or PIMO tool would work as well as the other and which one you should purchase is simply a matter of preference or economics; the PME is cheaper but if you are ordering from one company or the other buying it with your order will save you on S/H costs. My personal recommendation would be (if you don’t already have some stems to experiment with) buy the tool from PME and order a dozen or two of whatever Carolyn has on sale that week to practice on (usually there are 2-3 styles of vulcanite stems on special for $4-$5) and maybe a couple of closeout acrylic ones, too, to get a feel for the difference (which is big!) in the two materials. The learning curve isn’t huge but it is there. But, if you are like me, learning a new skill to add to your arsenal of restoring these wonderful old pieces is a lot if fun and a big part of the draw of the hobby.

So what are you waiting for? Place your order and step into the next phase of the art of restoration.

Restemming the Peterson’s XL999 with a Cumberland Stem

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Blog by Steve Laug

I put out a request for a stem for a Peterson’s XL999 stem on various web forums I am on. I was sent several that almost worked but either the diameter of the tenon was wrong or that of the stem itself was off just a bit. I turned a tenon on a stem blank that was sent to me and made a nice looking black stem that I posted pictures of earlier on the blog https://rebornpipes.wordpress.com/2013/07/26/making-a-new-stem-for-a-petersons-kildare-xl999/ but Todd Bannard, who is a pipe maker in Alberta, Canada offered to cut a rough one for me from some rod stock he had available. He did not have black vulcanite but did have some Brindle or Cumberland stock. I sent him the rough dimensions of the stem – I needed tenon material that I could turn to ½ inches and I needed a piece of stock that was 7/8 inches or more in diameter to work with to match the shank. I have shaped stems from straight rod stock in the past so I was not too worried about doing that. However, I got an email from Todd saying the rod stock was ready and he was going to send it off. He sent the following two photos to me to show me what was coming. He did a lion’s share of the shaping work for me. I was amazed at how much work he had done on it. I needed only to turn the tenon and refine the shape and the button once it arrived. The Cumberland is vertical and swirling rather than horizontal and lined. It was intriguing looking and I was excited to see what I could do with it.

When it arrived I set up my PIMO tenon turning tool on a cordless drill to cut a tenon that was slightly over ½ inch which was the extent of the tools adjustment. I cut a slight step in the tenon first to get a rough idea on the setting on the tool (Photo 1 below). It was correct so I tightened the adjustments and and cut the new tenon for the stem (Photos 2 and 3 below). Once I had it turned close to size I used a Dremel with a sanding drum and gave it a once around sanding and fit the stem to the shank (Photos 4 and 5 below).

I used the Dremel with the sanding drum to also remove excess material from the stem at the shank stem junction. Afterward I sanded the stem with medium grit emery paper to remove the scratches and marks left by the Dremel. I followed up by sanding the stem with 220 grit sandpaper to further remove the scratches. The next series of four photos show the fit of the stem at this point in the process. The pattern of the Cumberland is also very visible. The pinkish swirls would polish into a reddish brown and the darker colour would be a dark brown fading into black throughout the length of the stem.

Once I had sanded the stem to the smoothness and fit pictured above I heated it to bend it to the finished shape. I set up the heat gun and held the stem over the tip until it was soft enough to bend. Cumberland like vulcanite bends quite easily. What made this one a bit harder was the thickness of the stem where I wanted to bend it. Once flexible I bent it over a rolling pipe and cooled it under running water to set the bend.

I continued to sand the stem with 220 grit sandpaper to get a better fit with the shank. I wanted the transition to be smooth between the two parts so it took a lot of hand sanding. I sanded it removed from the shank, checking often for the fit, until it was a smooth fit.

I sanded with a fine grit sanding sponge to smooth out the scratch marks more thoroughly and to also fine tune the fit. The next series of seven photos show that progress.

I worked on the button and slot with needle files to thin down the button and to also open the slot. The first photo below shows the slot and button before I started reworking it and shaping it. The second photo, though blurry, shows the button and slot after I had been working on it with the files and sandpaper. The button is thinner and the slot is beginning to open up. Photos three and four show the finished button and slot before buffing and polishing. The button is rounded and shaped, thinner than it originally was and the slot is oval and wide open. I used folded sandpaper to polish the inside of the slot and smooth out the edges. The fifth photo shows the profile of the button when I had finished working on it.

I sanded the stem with micromesh sanding pads from 1500-12,000 grit, with each successive grit giving the stem a more finished appearance and removing the scratches from the Cumberland. The next series of ten photos show the progressive shine developing. I included quite a few photos in this section to show the various sides of the stem and the developing clarity of the Cumberland patterns in the stem as it was sanded.

I took the pipe to the buffer and buffed the stem with White Diamond and Blue polish to further enhance the shine. I gave the entire pipe several coats of carnauba wax and buffed with a clean flannel buffing pad.

The photo below shows both of the stem that I turned and shaped for the pipe. The black vulcanite one is about ½ inch shorter than the Cumberland stem. Both look very good on the pipe and are comfortable in the mouth.

After staring at the pipe and handling it yesterday I was not happy with the stem shank union. There were some problems there with a slight taper to the shank that broke the smooth line of the pipe. I took it back to the work bench last night and did some more work on it. I will post the update later today.

Addendum
I took the pipe to work with me today and held it off and on while working on things and ran my fingers over the joint of the shank and the stem. There was a slight hip, with the shank tapering down slightly at the joint and breaking the flow of the lines of the pipe. It bugged me so when I got home I put it back on the worktable. I would have to deal with it and smooth things out. I knew it would take some more sanding and then refinishing the pipe and stem but so be it. I sat down and read the responses to my post regarding this pipe on Smokers Forums and also read my private messages. I had received a private message from bbqncigars (Wayne). I include his message in the paragraph below.

Steve,
Your restorations have been breathtaking. That said, I have a quibble with this pipe. The last 1/16″ or so of the shank exhibits a taper that is out of place with the lines of the rest of the pipe. This could be from over-buffing/sanding pressure on the end of the shank (BTDT). To restore the continuous line from the shank to the tip would require block sanding (might jeopardize the stamping) or removing the taper by shortening the shank. It’s a beautiful pipe and bit, but the bit/shank junction would drive me nuttier until I fixed it.

Yeah, I can be really anal about things I make that other people will see.

Wayne

I laughed when I read his words because they confirmed my own feelings and put into words some of my reserve regarding the restemming of this pipe. I looked at the pipe again and then wrote him back as follows:

Wayne
I agree with you totally! It bugs me as well. It forms a slight hip between the stem and the shank that really bugs me. I know that I am not finished yet either! The stummel came to me with a slight taper that was only clearly seen when there is a stem in place. The black stem has the same problem due to the shank. I have been contemplating hunting down a silver band to do deal with the issue and clean up the lines but we shall see. I could indeed block sand and may do that instead, we shall see. Thank you for your pm. I appreciate it as it has been bugging me.

Thanks
Steve

So after dinner this evening I decided to tackle the repair and remedy the situation. I used a pair of sanding blocks, one coarse and one fine to block sand the shank on the top and the bottom and more carefully along the sides of the shank around the stamping on the pipe. I sanded the briar and the stem material until the lines were smooth from the bottom of the bowl to the end of the stem and the same for the top. I worked on the sides to achieve the same thing. After sanding it with the coarse sanding block I sanded it with the fine grit block to remove the scratches.

I sanded the stem and shank with 1500-12,000 grit micromesh sanding pads to bring back a smooth finish to the stem and the shank. I heated the shank with a lighter to warm the briar, restained it with a dark brown aniline stain that I thinned with isopropyl alcohol – 1 part stain to 2 parts alcohol. I flamed the alcohol and continued to stain the shank until it matched the rest of the bowl on the pipe. I buffed it with White Diamond and then gave it several coats of carnauba wax and buffed it lightly with a soft flannel buff. Tomorrow morning I will give it a careful examination in the light of day and see where I go from there. Thanks Wayne for your help.

Banding and Restemming a Weber Blackthorne 485

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I just finished refurbishing the last of the EBay lot, the second pipe down in the centre column of the photo below. It is stamped Blackthorne over Weber in an oval and Imported Briar 485 on the underside of the shank. The Weber was probably the easiest pipe of the lot to restem and clean up. The bowl was lightly caked and the rim had a light buildup of tars on it. The blast is quite nice on the bowl and when I first saw it thought it might be a GBD Prehistoric. The rim is crowned upward from the bowl and also sandblasted. The bowl is stained with a dark brown and black contrast stain which leaves much of the black stain in the crevices of the bowl and the brown on the higher portions. The shank had some darkening from the end toward the bowl for about a ½ inch – like it had had a band on it at one point. There were no cracks in the shank so the band must have been cosmetic in function. The shank was thick and gave the pipe a chubby look. I am not sure whether to call the shape a chubby billiard or a pot. The inside of the shank was not terribly dirty would take little to clean up the pipe and ready it for a smoke.

I searched through my box of stem and found one of a suitable diameter to fit the pipe. I had the perfect match but it was a bent so I heated it with the heat gun and straightened it out. I used the PIMO tenon turning tool to clean up the tenon and make it straight. In the picture below the tenon appears to have a slight conical shape to it. After turning it the tenon was a cylinder that fit well in the shank.

I took out a nickel band that would fit the shank and then used the Dremel to smooth out the portion of the shank that would have the band. I find that a band seats much better when the surface that it is pressed onto is smooth rather than blasted or rusticated. I slipped the band lightly on the end of the shank and heated it with the heat gun to expand the metal and make the band simpler to fit on the shank. I pressed it into place on a metal plate that I use for a flat surface to press bands.

With the band in place on the shank the tenon needed a slight adjustment with sandpaper to fit well against the shank.

I reamed the pipe with a PipNet reamer and took the cake down to the briar. I scrubbed the top of the bowl with a cotton pad and Murphy’s Oil Soap to remove the buildup of tars. I gently wiped down the exterior of the bowl with the Oil Soap as well to remove the grime in the grooves and crevices of the finish.

I polished the bowl with Halcyon II wax and buffed it with a shoe brush. I cleaned out the shank and the bowl with pipe cleaners and Everclear and put the stem in place for the photo below. Once finished this will be a handsome pipe. I sanded the stem with micromesh sanding pads from 1500-12,000 grit to polish and remove any scratches left by the heating and straightening. I took the pipe to the buffer afterwards and buffed the stem with White Diamond and Blue polish to give it a shine.

I polished the nickel band with a silver tarnish polishing cloth and then waxed the stem with several coats of carnauba wax. I touched up the areas of the rim and the rim outer edge with a black permanent marker to cover some of the scratches in the finish of the bowl in those places. I buffed the pipe lightly on the buffer with White Diamond and gave the stem another coat of wax. The finished pipe is pictured below.

Making a New Stem for a Peterson’s Kildare XL999

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The Peterson’s Kildare is the second pipe down in the left column in the photo below. The second and third photos are of the pipe bowl apart from the lot. The externals were in pretty decent shape but the rim has a heavy buildup of tars and the cake in the bowl is quite thick and hard. To give an idea of the thickness of the cake I was unable to put my little finger in the bowl. The shank was quite large – the tenon is ½ inch in diameter for a snug fit in a clean tenon. The shank itself is 7/8 inches in diameter. It is a large mortise and airway. The pipe is stamped Peterson’s “Kildare” on the left side of the shank and Made in the Republic of Ireland XL999 on the right side of the shank. The finish is quite clean. The top will need to be topped to remove the buildup and dents. I also will need to chamfer the inner edge of the rim to repair the damage that is present on the surface of the rim.

I reamed the pipe with a PipNet Reamer beginning with the smallest cutting head on the T handle and working up to the diameter of the bowl. I carefully ream the cake so as not to damage the bowl roundness or the inner edge of the rim any more than it already is. I emptied the carbon out of the bowl repeatedly until it was clean and empty. I reamed the cake back to bare wood to begin to rebuild on a clean surface. I scoured the bowl and shank with Everclear and cotton swabs and pipe cleaners.

Once the inside was clean I decided to gently top the bowl. I used a medium grit sanding sponge flat on the table top and worked the rim against that to remove the buildup of tars. The first photo shows the set up and the second the result of the topping. Very little briar was removed from the rim, mostly tars. The finish however also was removed so the rim would need to be restained. The third photo shows how I used a folded piece of 220 grit sandpaper to bevel/chamfer the inner rim to repair the damage that had been done to the rim.

I sent out several emails and private messages to folks on the online forums to see if I could find a Peterson stem with these dimensions. I received many answers and several possible stems that could work for this pipe. Thanks to those who sent them. For the most part they were either too long or the diameter of the stem was not large enough to fit the shank. Chuck (desertpipe on SF) sent me several that would work. I also have a piece of brindle rod coming that Todd (Sasquatch on SF) was willing to cut for me. So in the end I will have two different stems for the pipe. While awaiting the arrival of the Cumberland stock I decided to turn the tenon on a vulcanite stem blank from Chuck. I turned it with a PIMO tenon tool and fit it to the bowl. The end fit was a ½ tenon for the mortise so I did not need to remove much of the existing vulcanite on the cast stem to make it fit well. To fit the stem on the tool I drilled the airway so that it slid easily over the pin on the tool but did not have too much play. I held the stem and ran the drill over the tenon for a first pass (second photo below) I adjusted the cutting tip and spun it several more times until the fit in the mortise was close. I used the Dremel with a sanding drum to take off more of the material and fine tune the fit (third photo below). I spun it one last time to clean up the face of the stem where it sat against the shank. I want that surface to be smooth and seamless in its fit.

After fitting the tenon to the mortise I used the Dremel with a sanding drum to remove the excess vulcanite on the diameter of the stem. I carefully sand with the Dremel and bring the stem as close to the diameter of the shank as possible without nicking the briar. I also sand down the sides of the stem to remove the casting overrun on the stem and button. The idea is to get as close as possible to the stem diameter and then sand the rest of the fit by hand with medium grit emery cloth and 220 grit sandpaper.

I took the pipe back to my work table and removed the stem and sanded it until the fit was perfect and the marks left by the Dremel were gone. The hand sanding is probably the longest part of the process of fitting a new stem. I sanded it repeatedly with emery paper and 220 grit sandpaper until it was smooth enough to move to the next step in the process. At this point I am not looking for a smooth and perfect fit but one that is getting close. I then heat the stem with my heat gun in order to bend the stem to fit the flow of the pipe. I heated it until it was pliable and then bent it over the rolling pin and cardboard tube that I use for getting the curve of the stem smooth and correct.

I took the pipe back to my table and showed it to my sidekick and helper, Spence for his approval. He gave it a sniff and looked it over. It passed his inspection so I continued to sand and shape the shank/stem union. Lots of pieces of sandpaper and emery paper later the stem is getting closer and closer to a good fit.

The button was very tight and I was not able to push a pipe cleaner through the slot so I opened the slot with needle files and reshaped it into an oval that was open and flared back to the airway in the stem.

I sanded the stem with a medium grit sanding sponge and a fine grit sanding sponge to remove the scratches left behind by the sandpaper. Each step of sanding brought both the fit and finish closer to the look I was aiming for with the finished stem.

I wiped the bowl down with acetone on a cotton pad to remove the finish and prepare the bowl for a new coat of stain. I have found that if I do not remove the stain then it is very hard to match the rim to the colour of the bowl. With the finish gone the staining is very simple.

I thinned the stain, a dark brown aniline stain, with isopropyl alcohol – 1 part stain to two parts alcohol. I had picked a stain that matched the previous colour of the bowl and also matched another 999 Peterson that I have here. I heated the surface of the bowl with my heat gun to warm the briar and open the pores in the wood. Once it was warmed I applied the stain with a cotton swab and repeated until I had good coverage over the entire surface. I flamed the stain, repeated the application and flamed it a second time. Once it was dry I took it to the buffer and gave it a light buff with White Diamond to even out the stain coverage and remove the excess on the surface of the briar. I wiped down the inside of the bowl where the stain ran in with a cotton swab dipped in Everclear.

With the bowl finished and ready to buff it was time to finish the work on the stem. I sanded it with micromesh sanding pads. I wet sanded with 1500-2400 grit and dry sanded with 3200-12,000 grit. Each successive grit brought more of a shine to the stem and removed the scratches left behind by previous sanding.

I worked on the slot with a folded piece of sandpaper to smooth out the surface of the inside. I also shaped it with the sandpaper until I had the look I wanted. The oval slot now easily took a pipe cleaner no matter how fluffy.

After much sanding and fitting, the vulcanite stem is finished. The pipe is smokeable while I wait for the Cumberland/brindle rod stock to come from Todd. I like the look and feel of the pipe as it is very close in size and design to the GBD 9438 with a tapered stem. The finished pipe is pictured below after buffing with multiple coats of carnauba wax and with a clean flannel buff.

Big Ben Freehand: Re-Stemmed and Reborn

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Blog by Greg Wolford

This stummel was gifted to me by a friend from Louisiana. We met via one of the pipe smokers forums probably near a year ago and he recently sent me two stemless pipes, this one and one I have yet to get to, to restore. These are interesting pieces, in my opinion, because of their history, a little of which I will share with you before I get into the “meat and potatoes” of the work.

RJ, my friend, inherited a large quantity of pipes, near 100 if memory serves me. They were given to him by an aunt, I think it was, after her father passed away. Her father was Major in the US Army and served overseas in World War 2 (again, some of these details may be a tad off but they are close enough for our purposes). He was an avid pipe smoker and acquired many of his pipes while deployed overseas.

The Major’s wife was involved in a serious car accident many years ago. Her injuries were serious, leaving her with diminished mental, and to a lesser extent, physical capabilities. THe Major, as they affectionately called the man, took care of her himself after this accident. Sadly, the Major began to develop Alzheimer’s with dementia in his latter years, though he continued to care for his beloved wife; they were separated from their daughter, who gave the pipes to RJ, by miles, geographically.

The Major called his daughter the day after Valentine’s Day, 2005, and told her, quite confusedly, that her mother had gone missing. After much questioning, she called the police, local to her parents, and they dispatched a unit to the couple’s home. Shortening the story some, the Major had, in a state of mental confusion brought on by his disease, killed his wife. He was never found competent to stand trial for the killing of his wife 50-years. As far as I understand it, he was in a mental hospital for the rest of his life. A tragic story to be sure but an interesting one to go along with these unique pipes!

When the stummel arrived it was dull and dirty and, as I said, without a stem. The bottom of the pipe is stamped “Big-Ben” over “Handmade” and the stamping is pretty good overall. Doing a quick search on http://pipephil.eu, it seems that the Big-Ben brand is a brand of the Elbert Gubbels & Sons -Royal Dutch Pipe Factory. Here are a few photos of it before I began any work.

I actually began this restoration with the stem, finding the pipe a new one that is. I had planned on using an acrylic stem but changed my mind for a couple of reasons: I was turning my first tenon with my brand new Pipe Makers Emporium tenon turner and know that acrylic is more finicky than vulcanite and I thought, after looking at it, that the rubber stem would look better on this stummel.

The PME tenon tool is, by all accounts, essentially the same tool as the one offered by PIMO. I chose the PME tool because it was about $10 cheaper and they happened to have a couple of acrylic stems I liked on clearance for cheap. I plan on writing about my thoughts on the tool in a separate article.

I choose a pre-formed Italian ebonite freehand-style stem for this stummel. To my eye it looked like it would be something very close to what the pipe would have originally had. I took my time turning the tenon down to fit since it was the first time I had done this and I didn’t have another stem like this one to use if I fouled up. After I got the tenon very close with the tool I hand sanded the tenon to get to the final fit; I know from reading Steve’s articles that it is easy to over-turn a tenon and you can’t put the material back on once it is gone! Here is a photo of the stem placed in the stummel after getting it fit:

I decided to not bend the stem until after I had sanded and polished it. In retrospect, I probably should have bent it before I did all the sanding; there are some very small “marks” on the stem where the bend is now that I had not anticipated. Next time I will bend after the initial sanding is done I think,

I began the sanding with 220 grit sandpaper to take out the casting/molding lines on the sides. I forgot to photograph the stem before I had started to sand it. This shows it early on and beside a smaller ebionite stem from the same lot to try to give you an idea of what the lines looked like from the start:

I sanded out the marks with 220 then 320 grit paper. The stem had some, but not many, small sots on it that made me decide to go head and use the 320 wet/dry paper on the entire stem. I progressed to 400 grit wet/dry and then micro mesh 1800 through 12000 (I also used the plastic polish several times between grits to make sure I wasn’t missing any scratches). Here is a progressive photo along the way from rough through 12000 grit micro mesh.

The stem didn’t fit flush at the top and bottom due to the angle of the shank so I had to do a considerable amount of file work to get it almost completely flush to the shank on the top and bottom. At this point I stopped working on the stem and turned my attention to the stummel.

I wiped the pipe down with an alcohol soaked cotton pad. There was little wax left on the pipe and the wipe down removed what remained as well as some surface dirt. While the pipe was wet with the alcohol I could see there was a nice grain hiding under there, one that I hoped to bring out with a contrast stain. But first it would need an alcohol bath. So, I soaked the stummel a couple of in an alcohol bath. When I removed it I realized that the rim had a lot of build up on it; the rim, I thought, was stained black but that was just dirt, grime, and tar, and it was actually not stained black. I then scrubbed the rim with a brass bristle brush lightly to loosen the grime, with not a lot of success so I put the pipe back in the alcohol bath and left it overnight. The next afternoon I removed it from the bath and wiped it down then took it over another container of alcohol that I use for cleaning and dipped in my wire brush and started to scrub gently again. This time I saw much more removal of grime; the extra time in the alcohol has paid off in really softening the buildup. I switched to a toothbrush and scrubbed out all the remaining grime. I found that there were some rim char under there that the gunk had hidden. Below is a photo of before and after the 12-plus hour soak and scrubbing.

The charring made me decide that the rim would need to be stained black now. The large shank end was stained black so this would match and look good I was sure. But there was also a fairly large burn on the back, left side of the bowl that would have to be addressed. There were two fairly large fills near the burn but I didn’t plan on removing and/or refilling them; I planned on leaving them and seeing how they covered with the contrast stain. I had recently read a post suggesting that fills should be done with carbon dust, not briar dust, and super glue. The idea was that the pipe would darken over time with use and the black fills would blend in more naturally. I don’t know if that is a fact but I thought on this pipe I would stain the existing fills black and see how it ended up looking. Here are a few photos:

It was at this point that I decided to clean and ream the pipe. Knowing this pipe had more or less been in retirement for almost a decade, I expected it probably would be fairly dirty; I was right. The alcohol bath had softened the cake some, I suspect, and it was fairly thick and not very even so reaming was definitely in order. I used a Castleford reamer to do the job, using the second largest bit to ream the bowl; the two smaller sizes didn’t touch the cake in this large bowl. After reaming I began to clean the shank, which was terribly gunked up. I used the drill bit-tool on my Kleen-Reem to open up the shank, both with and without pipe cleaners on it. After many pipe cleaners, both on the drill bit and doubled over off of the bit, I finally decided that I needed to do an alcohol and cotton ball treatment; this is the same as a salt and alcohol treatment only you use cotton balls instead of salt. I put two large cotton balls in the bowl and, using an old medicine syringe, I filled the bowl with 91% isopropyl alcohol. Then I took the syringe and filled the shank; since this pipe is a sitter with such a large shank this idea worked very well and was quite easy to do. I topped off the bowl with a bit more alcohol and left it till morning. This is what the cotton balls looked like when I came back the next day:

The photos don’t really show how much tar leached out into them; they were really quite brown. The shank was much cleaner now as I went back to it, only taking less than a dozen pipe cleaners to get it clean now.

Back to the burn on the bowl, I started out with some course emery boards to remove some of the charred area. I had three different grits, from a package I bought at the local dollar store, and I worked through all three grits on it. The burn mark was reduced in size a fair amount but would need more, which I planned on doing with sandpaper. I thought the emery boards would be a good way to keep the more coarse sanding confined to a smaller area and it seemed to work fairly well.

From here I went to 220 grit paper and got out the biggest part of the burn, feathering out the sanding a little, too. I then went to 320 wet/dry paper and sanded the entire pipe, except for the bottom; I didn’t want to sand any where the nomenclature was if I could keep from it. I then moved up to 400 wet/dry paper, wiping ever so often with an alcohol pad to see how the pipe looked, making sure it was smooth and scratch free. After I got the pipe to where I thought it would be good I took it to the buffer and buffed it with black compound; I find that this buffing highlights any small scratches or dents that may have been missed during the sanding. Here is what the pipe looked like at this point:

I saw one small scratch I had missed so I took the 400 grit paper to it and got that one out, along with lightening the burn mark a bit more. Now it was time to bend the stem.

I heated the stem with my heat gun on low until it was pliable, after putting a pipe cleaner in the stem to keep from closing off the airway accidentally. I had set up my maul as my bending guide on my table. I heated and bent it and eyeballed it; it wasn’t quite what I wanted. So, I heated it again and bent it a little more and looked it over carefully; now it was more to my liking:

I used Fiebing’s USMC Black leather dye to the rim and shank end, since I knew these would need deeper penetration of color since they would remain black. I applied the stain, flamed it in and then repeated. I then heated up the stummel, setting the stem aside, to start the contrast staining. I got the stummel nice and warm, wearing leather gloves to protect my hand. I then applied the dye to the entire pipe, flamed and repeated. Next I hand buffed the pipe with an old cotton t-shirt leaving it at this point:

After the pipe had cooled for 10-15 minutes and was no longer warm I began to sand off the black; I wanted to remove the majority of the black but leave it in the grain areas as much as possible. I also wanted to try to blend in the burn as much as possible. I sanded and wiped it clean with a dry cotton pad until I thought I was getting close to where I wanted it to be; I didn’t want to use an alcohol pad until I had to in order to not lift any stain that I wanted left on the pipe. I think I sanded it over about three times before I wiped it with an alcohol pad. As the dust came off the alcohol wet pipe began to look more like what my mind’s eye had thought it would:

Now I applied a brown stain that I had mixed up earlier for another project; to be honest, I don’t recall what color I used or what I diluted it to. I applied the stain, flamed and repeated. After buffing it off with the old t-shirt I realized it was too dark for what I had wanted so I took an alcohol pad to it and removed some stain. But it was still too dark so back to the 400 grit I went. I sanded it over, wiped with an alcohol pad, and repeated until I was happy with the color; I think it took about four cycles to get it where I left it. I then buffed it off with the t-shirt one last time before heading to the buffer.

I buffed the stummel with Tripoli and then the stummel and stem, separately due to the way this pipe is made, with white diamond. Both parts then got several coats of carnauba wax, buffed on a clean soft wheel and finally hand buffed with my flannel gloves; I don’t know the flannel glove-buff is needed but it seems it adds a little “something” though it may only be in my head. But since it only takes a few extra minutes, and gets any stray threads of the pipe that the wheel may have left, I almost always finish this way.

I am really happy with how this old pipe came out. The new stem was a success, both in fitting it and in the look, and I really like how the contrast staining came out. The rim looks much better now stained black with dye not tar. The fills didn’t hold the stain as well as I’d hoped but are much less noticeable now. And the and burn mark is almost invisible, which really pleases me. The only thing that I am not happy about, really confused about more than unhappy, is that the stem has loosened from the tight fit it had the day I turned it. I don’t know if the humidity (it had been extremely humid here the last two weeks), the alcohol soak, the extended time of separation for stem and stummel or what caused that. Hopefully a few days seated together and/or some use will remedy that. If not, I’ll likely heat and gently expand the tenon a tad to get the fit better. At any rate, here is the final result:

Restemming and Reclaiming a BBB Hand Made Unsmoked Bowl

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Blog by Steve Laug

This is the third unsmoked New Old Stock pipe bowl I picked up on EBay. It is stamped BBB in a diamond with Hand Made split by the Diamond on the top of the shank. The finish was very good and the bowl absolutely clean. Again it had no stem. I talked with a friend on the forums and he is sending some stems that may work. But, I decided to give it a go with fitting a stem blank while I was waiting. Sometimes the old impatience can be productive! The first series of four photos are from the EBay seller and show the condition of the bowl.

I sorted through my box of stems and chose an oval stem that looked to be the right length and close to the diameter that I needed. I used the PIMO tenon turning tool on my cordless drill to cut the tenon close to the diameter I was looking for. One issue with the turning tool is the inability to get accurate cuts so over time I have learned to take it very close and then finish the fit by hand. The first photo below shows the stem on the turning tool. Prior to putting it on the turner I had to drill out the airway to the same size as the stabilizing pin on the tool.

The next photo shows the tenon after turning it on the tool. I needed to sand it by hand to get a proper fit in the mortise. I use medium grit emery paper to sand the tenon down and then 220 grit sandpaper to smooth it out.

After sanding the tenon the fit is perfect. The next two photos show the stem in place. There are still casting marks on the sides of the stem and the diameter of the stem needs to be trimmed to match the diameter of the shank. I use a Dremel with a sanding drum to bring the stem diameter down close to the shank size. I am careful to not trim to close to the shank as I do not want to inadvertently scratch the shank and cause more work. I also run the Dremel the length of the stem to take down the casting marks and excess vulcanite. I use it the same way on the end of the button to remove excess and also clean up the marks from the cast.

After removing the excess material from the stem as close as I can to the shank using the Dremel the rest is handwork. I begin with medium grit emery paper to quickly remove more material. This is by far the most labour intensive part of the work. There is no way to rush it as it just takes patience to keep sanding until the fit is correct. I work it on the shank and off the shank. Photos one and two below show the results after the stem has been sanded with the emery paper. The diameter is getting close. Photos three, four and five below show the next progress of the shaping. For that I used 220 grit sandpaper. I cut it into squares and fold it so that I can get in close to the button and also close to the shank without scratching the shank. I also used a heat gun to bend the stem. This was done in several installments before I actually got it the way I wanted. The bend in the early photos below is a bit abrupt and too close to the button. I reheated and rebent the stem over a wooden rolling pin that I appropriated for this purpose.

I continued sanding the stem to get the fit right with 340 grit sandpaper and then a fine grit sanding sponge. You can see from the photos that the shank stem junction is well fitted. There is no gap at the joint. The next two photos show the progress of the shaping after I used the sanding sponge. They also show the stem after it was rebent to the angle I wanted for this pipe.

Though the fit was good and the pipe looked and the stem was getting smoother, it just seemed bland to me. There was something missing to the look that would dress up this pipe and take it beyond just a well fit stem and a darkly stained bowl. I decided to shape and press on a nickel band to dress up the shank. The band was not necessary as the shank and stem union was perfect and the shank was uncracked. It was solely done for decorative purposes – to add a bit of bling to the shank of the pipe and dress it up (in my opinion!). The next three photos show the newly banded shank and the fit and look of the stem in place. The delicate bend of the stem, the flow of the bowl and the band all work together to give this pipe a touch of elegance.

The next series of six photos show the progressive polishing of the new stem with micromesh sanding pads from 1500-12,000 grit. Each successive grit of micromesh sanding pad gives a deeper and more polished shine to the stem. It always amazes me to see the difference between the stem before the last three grits of micromesh (6000, 8000, 12000) and the previous grits.

Once I finished with the micromesh pads I took it to the buffer and buffed the bowl and stem with White Diamond polish on the wheel. The next two photos show the pipe after the buff. The shine is almost glass like by this point in the process. All that remains is to buff on several coats of carnauba wax and polish the metal band with metal polish.

The next four photos show the finished pipe. To me it has a gentle elegance to the shape and the bend. The slender stem and the bend make the pipe sit well in the mouth. The light weight makes this a likely clencher. The deep shine in the bowl and stem give it the look of a new pipe – which for all intents and purposes it is. This Hand Made BBB has come back to life to fulfill the purposes for which it was originally made.

Can a Cracked Bowl be Repaired? – Taking a Lesson from Gan Barber’s Work

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Blog by Steve Laug

Many of you have read the piece that Gan wrote on “All the King’s Horses and All the King’s Men – A Peterson Adventure” https://rebornpipes.wordpress.com/2012/10/03/all-the-kings-horses-and-all-the-kings-men-a-petersen-adventure-gan-barber/ In it he described the process of reconstructing a Peterson that was in pieces. It arrived with cracks and he put the pieces back together. Since interacting with Gan on that pipe and rereading his article I have wanted to try my hand at repairing a cracked bowl. Finally I picked one up in an EBay lot that I purchased. It was an L. J. Perretti Smooth Bent Billiard. It was in rough shape and needed a stem. I figured I would practice some of the magic Gan used on the Peterson pipe he wrote about on this one.

This Perretti had some deep cracks that ran through the bowl from outside to the inside. Once I had reamed the extremely thick cake out of the bowl I could see that the cracks went all the way through the briar. There were deep gouged areas on the inner walls of the bowl directly behind the cracks. The wood was not charred so it was not a true burnout. I think that a combination of too thick a cake and possible flaws in the briar made these cracks appear. Interestingly the cracks follow the grain all the way through the pipe. I shined a light through the cracks and I could see light on the opposite wall of the pipe bowl. There were two large cracks on the left side and one running with the grain on the front of the bowl. The one on the front was not as open and it did not go all the way through the briar. The ones on the left side were quite open and cavernous.

The first series of seven photos shows the state of the bowl when I began the experiment. I figured I had nothing to lose on this one. If it fell apart or did not work out it was not a great loss at all, but it would fun giving it a try. I wanted to try out some of the methods that Gan used in his reconstruction of the Pete on this one and see what I could do with it.

After reaming thick cake back to the bare wood I sanded the exterior with 240 grit sandpaper to clean off the finish and get a better look at the nature and depth of the cracks. I wanted to be able to more clearly see how far across the bowl they stretched and if the cracks followed the grain. I had already seen the state of the inside bowl walls. The left side interior showed damage from the crack extending into the bowl. The front side was less damaged. It had some very minor cracks on the inside walls. I blew air through the shank into the bowl and plugged the top of the bowl to see where the air came through the walls. The only one that really allowed airflow was the larger crack on the left side toward the front of the bowl. The next three photos show the sanded bowl. I left sanding dust in the cracks to highlight their depth and the extent of damage.

I decided to put the bowl in the alcohol bath. I wanted to soften the remaining cake in the cracks and crevices inside the bowl and also soften the grime within the cracks. I had no idea what would happen to the bowl as it soaked. I almost expected it to come out of the bath in several pieces. I got busy with work and other demands and ended up leaving it in the bath for over 24 hours. When I finally removed it and let it dry for several days I figured that the drying would probably make the cracks worse.

When I removed the bowl from the bath it was not in pieces but the cracks did open a bit wider on the side of the bowl. The finish and grime was gone and I could clearly see what I had to do if I was going to repair this bowl. The end of the shank had also been damage and chipped so I decided to band it to give me a smooth edge for the new stem I was going to turn for it. I used a nickel band, heated it with the heat gun and pressure fit it on the shank of the pipe. The one bonus in the process was that the grain on this pipe was actually quite nice. The next three photos show the dried and banded bowl and shank. There was still a lot of sanding that would need to be done to prepare the bowl for the repairs and even more sanding once those were done.

I selected a stem that had the same diameter as the shank and turned the tenon on the Pimo Tenon Tool. I finished the fit by hand with a little help from the sanding drum on the Dremel. Once I had a good fit I set up the heat gun and heated the stem to bend it to match the bend of the bowl and bring the tip even with the top of the bowl. The next three photos show the heating and bending process as well as the finished look of the pipe with its new stem.

After I restemmed the pipe I did some more sanding on the bowl. I wanted a clean surface to work with when I did the patches on the cracks. I also cleaned out the inside of the bowl with sandpaper and a dental pick. I wanted to clean out the interior cracks in the bowl as well as the exterior ones. Each would use a different kind of patch but each needed a clean surface to work with. The next five photos show the cleaned exterior of the pipe and two photos of the interior. Still more work needed to be done to clean them up before I patched them.

For the exterior cracks I decided to use a patch mix of briar dust and superglue. I cleaned the cracks out with my dental pick and some Everclear. Once they were clean I packed them with briar dust, tamping it into the cracks with both the flat head of a tamper and also the tip of the dental pick. Once they were filled the first time I dripped the superglue into the cracks. The glue binds the dust and the surrounding briar and also compacts the briar dust. I then retamped in some more briar dust and repeated the process until it was filled. The next six photos show the process of filling the cracks around the bowl.

Once all the cracks were filled I sanded the bowl with 240 grit sandpaper to remove the excess material on the surface of the bowl. You will note the scratches in the surface of the briar. These would be removed in the successive sanding that still would be done to the bowl. The cracks are filled and the surface hard. The briar dust and superglue form a good bond with the crack and when dry are dark black in colour. They are hard to the touch even with the dental pick. The next four photos show the bowl after sanding. The surface is smooth to the touch.

The scratches on the bowl have been minimized with the fine grit sanding sponge pictured above. I continued to sand until the marks were gone using 320 grit sandpaper. Once I had the bowl to that point I wiped it down with Everclear on a cotton pad. The three photos below show the bowl after the wash.

I continued to sand the bowl with micromesh sanding pads from 1500-12,000 grit to smooth out the surface of the bowl. The micromesh left the surface ready to be stained. The cracks are still visible in terms of the black lines but the cavernous gaps are filled and repaired.

I decided to stain the bowl with a rich oxblood aniline paste stain. I applied it to the bowl, flamed it and applied it a second time and flamed it. Once it was dry I wiped it off and hand buffed the surface. My purpose was not to hide the flaws but to minimize the glaring nature of the repairs. The next six photos show the staining and rubbed down bowl. I was not happy with the coverage but I buffed it quickly with White Diamond to see what I had to work with. The final photos in the series of six show the buffed and polished look of the bowl.

I decided to give the bowl a second staining of a dark brown aniline colour. This was a mix of dark brown and alcohol 1:1. I applied it and flamed it. I repeated the process to darken the colour of the bowl. The four photos below show the result of the application of the brown stain.

After the stain had dried it was time to address the inside of the bowl. I sanded it out quickly with a Dremel with a sanding drum attachment. I was careful not to change the shape of the bowl but to merely remove any carbon cake that still remained. I wiped the inside down with Everclear and then flamed it to dry out the surface of any moisture. I then mixed a batch of JB Weld. This would be the first step in doing the interior repairs. I packed it into the cracks on the inside of the bowl using the spoon end of the pipe nail. I continue to pack it into the bowl cracks until they were smooth. The four photos below show the mix and the patch in the bowl. It has a drying time of 6 hours to dry to touch and 24 hours to cure.

While the bowl was drying I worked on the new stem. I sanded down the castings on the side of the stem and polished it with micromesh sanding pads. I used 1500-12,000 grit micromesh pads on the stem. I pictured three photos below to show the process.

The next series of eight photos show the patch after it had dried. I also reapplied the JB Weld after the initial 12 hours so that it filled in the places where it had shrunk as it dried. The patch dried a fine grey coloured. I sanded it down until it was only in the cracks themselves and not in the clean briar. I wanted to give the briar as much absorption area as possible as the JB Weld does not absorb moisture at all. It dries to a neutral, hard metallic material that has no taste.

Once the JB Weld was cleaned up and reduced to only filling the cracks it was time for the second step of the bowl interior renewal. I mixed a batch of bowl coating composed of activated charcoal powder and sour cream. I stirred the batch until it was a consistent blue/black grey colour. I applied it to the entire bowl from top to bottom with a folded pipe cleaner. Once it dries it is a solid black colour and neutral in taste. It gives the bowl an additional layer of protection until the cake builds up. The next three photos show the mix and the application in the bowl.

With that done, both the inside and the outside cracks are repaired and the pipe is back in service. I gave the entire pipe a final buff with White Diamond and then applied multiple coats of carnauba wax for protection. The final photos below give you an idea of how the pipe looks today. It is still curing from the bowl coating but I will load it and smoke it once that has cured. The finish of the two stains worked well to blend in the repairs but not hide them. The surface is smooth and the open cracks have been repaired. Now the ongoing test begins. Will the patches hold up or will the new heat from the fired tobacco open them a second time? Time will tell but it is worth the experiment in my opinion.

A Renewed WDC Bakelite and Briar Pipe Restemmed

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I received the Bakelite bowl base in a lot that I picked up on EBay. At first glance I figured I would trash it and not worry about working on it at all. However, I tend to be drawn to working on things that others would throw away so I decided to see what I could do with it. The two bowls pictured below are threaded and both fit the base. The Dublin like bowl, once on the base, was too narrow for the base but the bulldog bowl fit well. It was packed with a cake and there were chips out of the double line band around the bowl. The bowl rim was damaged and the finish was absolutely shot with dark black stains in the briar all around the bowl where the thumb and fingers held the bowl. The Bakelite shank had the WDC in a diamond stamped on it. The ornate band that usually adorned the shank as well as the metal washer like band on the top of the bowl base was missing. The shank had a broken metal tenon stuck deep within it. The surface had scratches in it but none of them were too deep.

Bakelite bowl base and two potential bowls before beginning the process of refurbishing.

The bowl is pictured below. You can see the thickness of the cake and the rough surface of the rim where a previous owner had damaged it when emptying the bowl. The second photo shows the exterior damage and the finish on the pipe. I reamed the bowl to clean out the cake. I decided to take it back to bare wood and start over with the cake. I checked the bowl for cracks and damage but surprisingly there were none to be found. Eventually I would top the bowl.

SIde view of the bowl before refurbishing.

Top view of the unreamed pipe bowl showing its condition before cleaning

I wiped the bowl down with acetone on a cotton pad, used a dental pick to clean out the grooves and screwed bowl on the base to get an idea how the pipe would look. I also wiped down the bowl base with Everclear to clean off the grime and buildup on that surface. I went through my can of stems in search of a diamond shaped stem that would finish out the look of the pipe. I came up empty-handed so I chose a round stem of the right diameter and length that I could shape to fit the shank. I drilled out the shank to remove the metal tenon and also to open the diameter of the mortise. The original stem had been a screw on one and the metal mortise and the metal tenon were firmly welded together so the drill was the only way to remove it. I opened it as wide as possible while still leaving enough material on the shank to maintain strength. I turned the tenon with the PIMO tenon turning tool and then a Dremel to bring it to the correct size for the new shank. The next two photos show the stem and the fit of the stem to the shank.

WDC base in need of a diamond shaped stem. Necessity is the mother of invention. I used a round Lovat stem.

I turned the tenon to fit the mortise and then inserted the stem against the shank.

Now I needed to shape the stem and remove material to transform the round saddle bit to a diamond saddle bit. I used a Dremel to cut the basic shape in the stem. I proceeded from side to side with the stem on the shank to make sure to match the angles of the shank. I wrote a post on the process for the blog and posted that earlier. You can read about the details of that process on this link https://rebornpipes.wordpress.com/2013/04/15/shaping-a-diamond-shaped-stem-from-a-round-one/ The next eleven photos give a quick look at the shaping work on the stem. It took time and I had to be careful to not damage the shank when I was using the Dremel and sanding drum on the stem.

Figure 3 I used a Dremel to shape the stem to match the diamond angles of the shank. I worked on one side at a time.

Figure 4 Pipe resting against the Dremel with a sanding drum. Shaping progressed quite quickly. This picture shows one side beginning to take shape.

5 Top view of the shank. Both sides of the round stem are beginning to take on the shape of the shank.

Figure 6 Top view after more shaping with the Dremel.

Figure 7 Bottom view before the Dremel did its work.

Figure 8 Left side view after the first side has begun to take shape.

Figure 9 Bottom view after both sides have begun to take shape.

Figure 10 Right side view of the stem after it began to take shape.

Figure 11 Back to the worktable and the hand sanding.

Figure 12 Hand sanding continues.

Figure 13 Hand sanding continues.

The original shank had sported an ornate band and the stain in the Bakelite showed the marks of the band. I did not have any ornate bands in my collection of bands so I chose instead to band it with a nickel band. I shaped the band to fit, beginning with a round band. This took a bit of fussing to get the shape and fit correct. I have written that process up in detail in a previous blog post as well. You can read about the process at this link https://rebornpipes.wordpress.com/2013/04/15/shaping-a-round-metal-band-to-fit-a-square-or-diamond-shank/ Once the band was shaped correctly I heated it with a heat gun until it was pliable and then pressure fit it on the shank of the pipe. The next series of five photos show the process I used to pressure fit the band on the shank. Once it was in place I carefully used my furniture hammer to flatten the band against the shank.

The square is done

Fitting a nickel band on the shank

Nickel band fitted on the shank

The next series of four photos show the newly shaped stem in place on the banded pipe. There was still a lot of work to do on the pipe including cleaning the internals and reworking the bowl and rim but the overall look of the “new” pipe is intriguing.

New band and stem in place.

New band and stem in place

Bottom view of the newly banded and stemmed pipe

Top view of the new band and stem

I have included one photo below to give you an idea of the shape of the new stem. I remove a lot of vulcanite to get it from its original round shape to the diamond shape pictured below. The fit and the angles match the shank perfectly. These older pipes are tricky to fit a diamond stem on because none of the sides of the diamond are the same dimensions. Each one is just slightly different so you have to do the fitting work with the stem in place on the shank.

View from the tenon end of the diamond stem at this point in the process.

With the stem fitting correctly it was time to tackle the bowl. I set up my board and emery paper so that I could top the bowl. The first photo shows the set up. The second photo shows the state of the bowl rim when I started the process.

Set up for topping the bowl

Reamed and ready to top

Once I had it topped I decided to wipe it down with acetone on a cotton pad to remove the finish and the grime from the topping. The next three photos show the clean bowl and the topped bowl. The finish work would take some time but the bowl was ready to move on to the next stage of rejuvenation.

Wiping down the bowl with acetone

Wiping down the newly topped rim with acetone

Wiping down the bowl with acetone

I sanded the bowl with 240 and 320 grit sandpaper and finished sanding with a fine grit sanding sponge. The next two photos show the cleaned and prepped bowl ready for staining. The dark oil stains on the sides of the bowl would not come out. I wiped the bowl down with repeated washings of acetone and the surface was clean. I also sanded the stem with the sanding sponge while I worked on the bowl.

Bowl sanded, in place and ready to stain.

Bowl in place, sanded and ready to stain.

I decided to restain this old timer with an opaque oxblood aniline based stain. I wanted the opacity so that the dark stains would be minimized beneath the new stain and would eventually be blended in through smoking the pipe. I applied the stain and then flamed it. After flaming I hand buffed it to remove the excess stain. I also used a cotton pad and a dental pick to clean out the grooves on the bowl.

Stained with oxblood stain.

The next series of four photos shows the hand buffed bowl in place on the pipe base. The finish was matte at this point and still needed to be taken to the buffer to raise the shine. The third photo shows the rim. The surface is smooth but there is still damage to the inner edge of the rim. I chose to leave that without reworking it too much. I did not want to change the roundness of the inner bowl and decided that I could live with the nicks in the inner edge.

Left side of the pipe with a hand buff on the newly stained bowl.

Right side of the newly stained bowl with a hand buffed surface.

Top view of the hand buffed newly stained bowl.

View of the underside of the bowl and Bakelite bowl base.

The next three photos show the pipe after I had buffed it with White Diamond. The bowl shines and the dark marks around the bowl show faintly beneath the finish but add a flair of character to the old pipe.

Buffed with White Diamond

The next series of three photos are included to give an idea of the polishing process that went into bringing the stem work to completion. Again I invite you to read the post mentioned above on the transformation of a round saddle stem to a diamond shaped one to understand the full work that the shaping took to bring it to this place.

Stem sanded with 320 grit sandpaper

Stem sanded with micromesh sanding pads

Once I had finished polishing the stem with the various grades of micromesh from 1500-12,000 grit I took the pipe to the buffer once again and buffer the entirety with White Diamond and then gave it multiple coats of carnauba wax to protect it and to give it a deep shine. The next series of four photos show the finished pipe. It is ready to load up with a favourite tobacco and be gently sipped in the solitude of an afternoon on the porch.

Shaping a Diamond Shaped Stem from a Round One

A No Name Bulldog Born Anew – New Look and New Stem

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This little bent bulldog is the last of the briar stummels in the EBay lot I picked up. It is a nice little dog and I saved it for last as I find that the diamond shank stems are a bear to fit correctly. Bent diamond shanks are even harder in my opinion. I had quite a few stems to choose from in my can of stems so a new stem was not a problem. The issue really was getting all the sides and angles to line up and look right. Restemming these is a tricky proposition. This one had crosshatched stamping on the left side of the shank that obliterated the stamping of the name on it. On the right side it is stamped Imported Briar which I am assuming makes it an American made pipe. It had some nice grain under the dark stain and varnish coat. The bowl had a very poorly formed cake with many chunks missing. The rim was thick with a tar and oil build up but surprisingly was not dented or damaged by burns or over reaming. The end of the shank which would butt up against the stem was pristine with no damage or cracks. I love it when I can work on a pipe that does not need banding. It is a challenge to get a good clean fit on the stem. This would thus be a double challenge.

I chose a diamond shank tapered stem for the pipe. I had saddle stem galore and only two of these tapered stems. I love the look of a tapered stem on a bulldog so I decided to go with that one. It would not require too much of a bend in it so it would work well and look classy. I drilled out the airway to fit the pin on the Pimo Tenon Turning Tool and then turned the tenon to a close fit on the stem. I had to reduce the length of the new tenon as it was longer than the mortise on the pipe. I hand sanded the tenon to get a good clean fit on the shank and inserted it in place. Externally, it would need to be reduced on all sides to match the flow of the shank so there was work to do in fitting the stem.

I used my Dremel with a sanding drum to bring the sides of the stem down to almost match the shank. This was a bit tricky in that I did not want to cause dips in the surface of the stem but reduce each side until it was a close fit to the shank. It takes a light touch on the sanding drum to keep it horizontal to the stem and also keep it from hitting the shank and doing damage to the briar. I held the bowl in hand and worked the sanding drum both vertically and horizontally to the stem to remove the excess vulcanite. I worked on one side at a time until the fit was close then turned the stem and did the next side. I began on the top side of the stem and worked both top sides before turning the stem over and doing the underside. The next three photos show the shaping done by the Dremel. After doing this initial work on the stem it was time to take to the table and do the rest by hand.

I began sanding with medium grit emery paper to remove the deep scratches left by the Dremel and to even out the surfaces of the stem. I sanded each side until they were smooth. I also sanded the peak of the stem on each side to make sure the peak matched the one on the shank of the pipe. The next seven photos show the progress of evening out the stem sides. When I finished with the emery paper I would go on to use various other grades of sandpaper and continue the process.

As the rim of the bowl was chamfered into the bowl I worked on it with a folded piece of medium grit emery paper first followed by 320 grit sandpaper. I wanted to keep the chamfer clean and even so I held the paper to the angle of the chamfer on the cleanest part of the rim toward to the front of the bowl. The next two photos show the cleaned rim.

I went on to sand the stem with a fine grit emery paper to continue to bring the size down to meet the shank on the pipe (Photos 1 & 2). After I had the stem fairly close I switched to 320 grit sandpaper and sanded down the stem, the shank and the bowl. I decided to remove the cross hatching on the shank and clean up the finish. I wiped it down with acetone on a cotton pad to remove the finish and sanded until the finish was stripped and the shank and stem was smooth. The flow between the stem and the shank was a good match when I finished with this part of the work (Photos 3, 4, 5, & 6). An amazing grain was beginning to break out on the bowl and shank.

Once I had finished the fit of the stem to the shank and cleaned off the bowl with the sandpaper I wiped it down a second time with acetone to remove the remaining remnants of stain and to clean off the dust of the sanding (Photos 1 & 2). The remaining photos show the pipe after it was cleaned and ready to stain (Photos 3, 4, 5 & 6).

At this point I decided to bend the stem to the angle I wanted on the finished pipe. I set up my heat gun and turned it on to the lowest setting and held the stem above the heat until it was pliable. I have a wooden rolling pin that I use as a guide to bend the stem evenly so once it was soft I bent it over the rolling pin until the angle of the stem bend aligned with the curve of the bowl. I wanted the bowl to be level when held in the hand. Once the angle was right I cooled the pipe stem in cool water to set the bend. The next four photos show the stem after it was bent according to the angles I was aiming for. The grain on this pipe was calling out to me to come up with a stain colour and process that highlighted the grain.

I decided to stain the pipe with an oxblood aniline stain. I like it because it sets deeply in the grain of the pipe and when it is buffed off it still allows the grain to be seen. I also planned on sanding the finish with micromesh sanding pads to further highlight the grain patterns on the bowl. The next five photos show the stained bowl. I still needed to buff the pipe and lift the stain a bit from the briar.

I reinserted the stem at this point in the process and hand buffed the bowl to get a good feel for the opacity of the stain (Photos 1 & 2). I then began to sand the stem and the bowl with the micromesh sanding pads. I began with 1500 and 1800 grit micromesh first. I wet sanded with these grits of micromesh (Photos 3, 4, & 5). The finish on the stem is smoothing out and the bowl finish is really beginning to show the grain and highlight the beauty of the piece of briar.

I continued wet sanding with 2400 and 3200 grit micromesh sanding pads (Photos 1 & 2) and the grain began to pop and the stem began to shine nicely. I dry sanded with 3600 and 4000 grit micromesh sanding pads as I sought to polish the finish and the stem more fully. Photos 3 & 4 give an idea of the polish work that had been done by this point in the process. I finished sanding the bowl and stem with the remaining micromesh dry sanding pads 6000, 8000 and 12,000 grits. The resultant effect on the stain of the bowl was exactly what I had hoped for. The grain stood out clearly on the sides and shanks. On the left side of the bowl there is a nice birdseye pattern that is not as visible in the photos as it is in person. The pipe came out very nicely. Photos 5 & 6 show where things stood after the final polishing with the micromesh pads.

I buffed the pipe with White Diamond and then gave it multiple coats of carnauba wax to finish it. The finish came out nicely in my opinion and the feel of the pipe in the hand was perfect. I had to load a bowl of tobacco and give it a new inaugural smoke. I chose to load it with some 2009 Barclay-Rex Barclay Slice. I packed the bowl, picked up a tamper and lighter and headed outside into the yard with my spaniel. While he ran around and chased sticks and chewed them I relaxed and had a bowl. It is a great smoking little pipe. It is comfortable in the mouth and has an open draught. I like it. Now I need to decide whether to keep it or pass it on.