by Kenneth Lieblich

This is a wonderful gourd calabash with a long history, and I hope that one of you will fall in love with it. There is an elegance to the lines of this pipe, with its swan-like curves. It is a classic, and looks (and feels) satisfying in one’s hand. It had been well-loved by its previous owner, and understandably so. This calabash hid a big secret and it was my job to uncover and repair it. Sometimes I bite off more than I can chew and this might be one of those times. Maybe this should have been called Kenneth’s Krazy Kalabash Kure. No markings at all on this pipe, but no matter. Let’s take a closer look at it. The gourd has a deep, rich colour that I really like. The size is really pleasing too. It is more modestly sized than most calabashes – and that’s a positive. I bought this pipe in an auction and, because the auction was away from my home, I didn’t get to inspect the pipe closely beforehand. Boy, was I in for a surprise! The pipe was in dirty but decent condition. The vulcanite stem had quite a bit of wear: lots of tooth marks, oxidation, calcification, etc. The acrylic shank extension was dirty, but otherwise fine. The gourd, similarly, was dirty, but in good shape. BUT, as soon as I removed the meerschaum bowl from the gourd, I saw the problem. At some point in the past, the bowl had cracked in half: northern and southern hemispheres, if you like. That’s a big deal! This was a tough repair, but I am pleased with the results and the pipe is good to go now.As the photo above shows, the bottom part of the bowl was embedded into the gourd. I gave a preliminary and somewhat half-hearted attempt to pry it out with a dental tool. That didn’t work and it’s probably just as well. In attempting to pry it out, I was quite concerned about either cracking the gourd or cracking the bowl further – or both. I ended up heating the gourd and bowl with my heat gun – hoping that ancient tars were holding it in place. And that did the trick: I was able to extract the bottom bowl chunk (plus a few fragments) safely from the gourd without causing further damage to either. You can see the results below.At this point, I figured that I would restore the stem while I thought about what to do with the bowl. I used a disposable lighter and ‘painted’ the stem with its flame. The gentle heat of the flame can cause the dents in the vulcanite of the stem to expand back into shape. In this case, some improvement occurred – but not a lot. The stem’s calcification was quite substantial. I used an old butter knife and gently scraped some of the thicker accretion off. Doing this now helps later in removing the oxidation. I used isopropyl alcohol on a few cotton rounds and wiped down the stem to provide an initial cleaning of filth before moving on to the next steps. The primary cleaning came next. I disinfected the inside of the stem with both pipe cleaners and cotton swabs dipped in lemon-infused 99% isopropyl alcohol. I scrubbed thoroughly to make sure the interior was very clean. The goal of the next step is the removal (or minimization) of oxidation. Going to my sink, I used cream cleanser, cotton rounds, and a toothbrush, and scoured the stem to remove as much surface oxidation as possible. As the photos show, the result was a hideous, ochre-coloured mess – but better off the stem than on it.Once the stem was reasonably clean, I soaked it overnight in some Briarville Stem Oxidation Remover. This solution works to draw oxidation in the stem to the surface of the vulcanite. This is a major aid and an important step in ensuring a clean stem. The following day, I drew out the stem from its bath and scrubbed the lingering fluid with a toothbrush. Due to the severity of the oxidation, I then repeated the scrubbing with the cream cleanser for maximum effect.While the stem was soaking, I also cleaned the acrylic shank extension. I followed the same cleaning procedure as with the stem. It took a while, but I got it clean.As the stem was now clean and dry, I set about fixing the marks and dents in the vulcanite. This was done by filling those divots with black cyanoacrylate adhesive, impregnated with carbon and rubber. I left this to cure and moved on.The penultimate step for the stem is sanding. First, with my set of needle files, I reduced the bulk of the cyanoacrylate repairs. I removed the excess adhesive as near to the surface as possible, without cutting into the vulcanite. Following that, I used all nine of the micromesh sanding pads (1,500 through 12,000 grit) to sand out flaws, even out the vulcanite, and provide gentle polishing of the finished surface. I also applied pipe-stem oil while using the last five micromesh pads. There was a wonderful, deep black shine to the stem when I was done. I did the same with the shank extension. I moved on to the gourd. I cleaned the exterior of the gourd with some pH-neutral detergent and some distilled water, on a few cotton rounds. I cleaned inside of the gourd gently by scraping with my reaming knife, tube brushes, and some other tools. I was pleased with the results. I gave the gourd a thorough going-over with some beeswax polish and let that sit. I buffed it with a microfibre cloth and then, much later, I rubbed some LBE Before & After Restoration Balm into the gourd and let it sit for 30 minutes or so. I then buffed the gourd again with a microfibre cloth. On to the bowl. Meerschaum is too fragile for a proper reamer, so I used 220-grit sandpaper on the end of a wooden dowel to clean out the bowl and it turned out well. One of the frustrations of cleaning meerschaum is that once smoked, the stains never go away – and this pipe was heavily smoked. However, I did what I could and it definitely improved.Now with the stem, shank extension, gourd, and meerschaum cleaning done, it was time to put Humpty Dumpty back together again. Before repairing the separated chunks of the bowl, I needed to secure the two hemispheres together. This was not intended to be the critical attachment point, but just a solid method of marrying the two pieces. I used an adhesive for ceramics and clay – not because meerschaum is ceramic or clay (it isn’t) – but it does mimic certain characteristics of those insofar as it is very porous. This adhesive worked perfectly – it did exactly what I wanted it to. I was also able to attach the small shards of meerschaum that were left over (as seen in photos above).Now to go ‘all in’ on the repair of those missing chunks. I taped off the areas of the bowl that I didn’t want affected by the repair medium. This was a long and challenging repair and went through several failed attempts (which I won’t bore you with). Some failures included plaster of Paris, amalgams involving primarily calcium carbonate, and other ingredients (like leather dye). In the end, I came up with a good solution that maintains the integrity of the bowl shape, gives an incredibly resilient (and hard) repair, is resistant to high temperatures, and is completely inert when cured. After much trial and error, I settled on a particular type of epoxy mixed with a combination of the aforementioned calcium carbonate and briar dust. You might reasonably ask, ‘Why calcium carbonate?’ Good question. It is a material that best acts as a repair medium for meerschaum and I encourage you to read an important article I wrote about the issue here. You may also ask, ‘Why briar dust?’ Also a good question. This provided a slight brownish tint to the epoxy and CaCO₃ mixture. Matching the surrounding colour was always going to be an impossibility, but I wanted to do the best I could.

I mixed my concoction and applied it liberally to the affected areas. During this process, the epoxy mix was much less viscous than I had hoped it to be. This was a big problem as it was oozing in ways that I didn’t want it to! However, like the trooper I am, I fiddled and fixed and floundered until I got it just right. It needed a full 24-hour cure and I was only too happy to leave the frustrating thing alone for a while!In the meantime, I glued the shank extension back into place in the gourd. Looks great.On the morrow – no surprise – the bowl was pretty darn ugly, but I can fix ugly. I donned a tight-fitting dust mask and went to work. My goal, of course, was to sand down excess epoxy and bring it to the level of the surrounding meerschaum, while simultaneously not reducing the bulk of the meerschaum. This took a lot of hard and careful work (plus a few touch ups), but we got there in the end. I am satisfied with the results, since the repair was never going to look invisible. The benefit of this pipe is that the repair is hidden from view, below the rim of the gourd. I then sanded down the entire piece of meerschaum with my Micromesh pads. I also rubbed two different beeswax polishes into the meerschaum. Then I let it sit for 20 minutes, buffed it with a microfiber cloth and then repeated the beeswax process. Worked like a charm! Before I went off to the buffer, I gave the meer and the gourd another going over with Clapham’s beeswax rub. This really worked well. I only took the stem to the buffer, as meerschaum and gourds don’t tolerate those high speeds very well!

This gourd calabash was a delightful can of worms right from the start and its beauty only increased through the restoration process. I am pleased to announce that this pipe is for sale! If you are interested in acquiring it for your collection, please have a look in the ‘Calabash’ pipe section of the store here on Steve’s website. You can also email me directly at kenneth@knightsofthepipe.com. The approximate dimensions of the pipe are as follows: length 6½ in. (165 mm); height 4½ in. (115 mm); bowl diameter 2⅛ in. (54 mm); chamber diameter ⅞ in. (21 mm). The weight of the pipe is 2⅜ oz. (68 g). I hope you enjoyed reading the story of this pipe’s restoration as much as I enjoyed restoring it. If you are interested in more of my work, please follow me here on Steve’s website or send me an email. Thank you very much for reading and, as always, I welcome and encourage your comments.