Daily Archives: September 4, 2024

First of Five Peterson’s in for restoration that are in rough condition


by Steve Laug

Yesterday afternoon I was visited by a pipe man here in Vancouver named Sergey who had five Peterson’s pipes that he wanted me to work on. They are shown in the photo below. In the left column from top to bottom: Peterson’s of Dublin Kinsale XL17, Peterson’s of Dublin Filter 68, Peterson’s of Dublin Kinsale XL16 Rusticated Pipe. In the right column from top to bottom Peterson’s of Dublin Kinsale XL16 and the bottom pipe is a Peterson’s of Dublin Kinsale XL14. All five pipes were all thickly caked and had thick lava on the rim top. The cake is so thick that I could not put my little finger in the bowl it was so heavily caked. My guess was that the bottom of the bowl was lower than the entrance of the airway into the bowl. The Rusticated Kinsale XL17 also had a burn out in the front bottom of the bowl that would take a lot more time than just a simple clean up. I would know more about the condition of each of the bowls once I had reamed and cleaned them. Sergey was travelling in two weeks and he chose at least two of them that he wanted to take with him on his trip so those would be first. My hope is to try to finish four of the five. The first of these that he wanted is the one I chose to work first. It was the Peterson’s of Dublin Kinsale XL15.I took photos of the Peterson’s of Dublin Kinsale XL15 before I started working on it. The finish is very dirty with oils and dirt ground into the briar. The rim top is thickly covered with tarry lava overflowing from the heavy cake in the bowl. The cake was thick and heavy all the way to the bottom of the bowl. The vulcanite stem is also very dirty. There was oxidation, calcification and tooth marks and chatter on both sides of the stem ahead of the button and lip edge. The P stamp on the left side of the stem is a gold P that is faint and faded. I took closeup photos of the rim top and bowl to give a sense of the dirty condition of the pipe and the thickness of the cake and lava on the bowl top. I also took photos of the stem to show the top and underside ahead of the button. I took photos of the stamping on the shank sides. It was faint but readable through the grime and debris. It read as noted in the above paragraphs. I also took the stem off the shank and took a photo of the look and proportion of the pipe. I started my work on the pipe by reaming the thick cake in the bowl. I used a PipNet pipe reamer with the first cutting head to take back the cake. I followed that with the second and the third cutting head. I was able to remove all of the cake. The cake in the bottom third of the bowl was hard. I used a Savinelli Fitsall Pipe Knife to scrape the remainder of the cake out of the bowl and clean up the bottom of the bowl. I sanded the bowl walls with 220 grit sandpaper wrapped around a piece of dowel. With the bowl cleaned out I was able to determine that the bowl bottom was almost a full ¼ inch below the airway entrance to the bowl. I would need to build up the bottom of the bowl to the entrance of the airway. It would also protect the bottom from burning out. I scrubbed the externals of the bowl and shank with undiluted Murphy’s Oil Soap and a tooth brush. I rinsed it with warm running water and repeated the scrubbing and rinsing process until the pipe was clean and looked better. I scrubbed out the internals with 99% isopropyl alcohol, cotton swabs and pipe cleaners. I worked them through the airway in the shank and stem, the mortise. It took a few cleaners and swabs to really clean it but it is looking and smelling much better. I sanded the bowl with 320-3500 grit sanding pads to remove some of the darkening around the bowl. I wiped it down after each sanding pad with a damp cloth to remove the sanding debris. It really began to look very good. I polished the bowl with micromesh sanding pads – dry sanding with 1500-12000 grit pads. Each pad gave it more of a shine. I wiped the bowl down after each pad with a damp cloth. By the end the bowl looked very good. Once I had I polished the bowl I addressed overly deep bowl bottom. I filled in the bottom with a mix of cigar ash and water to make a pipe mud. I pressed it into place with a tamper to flatten it. I put a pipe cleaner in the airway so that I would only fill it to the bottom of the pipe cleaner. I set it aside to dry and harden. It looks much better. It will take awhile to harden but it should deal with the damage. If it shrinks when it cures I will need to fill it in a bit more.At this point I rubbed the briar down with Before & After Restoration Balm. I worked it into the briar with my fingertips to work it into the finish. The product works to clean, enliven and preserve the briar. I let it sit for 10 minutes then I buffed it with a cotton cloth to deepen the shine. The briar really comes alive with the balm. I set the bowl aside and turned my attention to the stem. I “painted” the tooth marks on both sides with the flame of a Bic lighter. I was able to lift them enough that a quick sanding with 220 grit sandpaper smoothed them out.I polished the stem with micromesh sanding pads – dry sanding with 1500-12000 grit pads. Once again I wiped it down between each pad with Obsidian Oil. I further polished it with Before and After Stem Polish – both Fine and Extra Fine. It looked very good. This Peterson’s of Dublin Kinsale X15 Bent with a Taper Stem has a beautiful smooth finish that was slightly worn. The reddish brown finish highlights some great grain around the bowl and shank. It has a classic look of a Peterson’s pipe. The polished black vulcanite taper stem adds to the mix. I put the stem back on the bowl and buffed the pipe with Blue Diamond on the buffing wheel being careful to not buff the stamping. I gave the bowl and the stem multiple coats of carnauba wax on the buffing wheel and followed that by buffing it with a clean buffing pad. I hand buffed the pipe with a microfiber cloth to deepen the shine. The finished Peterson’s of Dublin Kinsale xL15 is quite nice and feels great in the hand. Give the finished pipe a look in the photos below. The dimensions of the pipe are Length: 6 inches, Height: 2 inches, Outside diameter of the bowl: 1 ¼ inch, Chamber diameter: 7/8 of an inch. The weight of the pipe is 2.89 ounces/81 grams. Thanks for walking through the restoration with me as I worked over another beautiful pipe. I have four more pipes to finish before I give them back to Sergey. Thanks for your time.

 

Fixing the Unfixable


by Kenneth Lieblich

Strap yourself in – this is going to be a wild ride! My cousin-in-law likes to send me pipe projects that are a little off the beaten track. They also usually end up being quite tricky and this one is no exception. He sent me two meerschaum-lined pipes that have been badly damaged and require repair. One pipe is a Kiko, from Tanganyika in eastern Africa, and the other is from Ropp, the venerable pipe-maker of St Claude, France. Although the briar exteriors are fine, the meerschaum interiors of the bowls are a complete disaster. The Kiko looks as though it’s probably been dropped at some point. Meerschaum is quite fragile, so no wonder it cracked so badly. The Ropp is equally bad, but I think that’s because it was badly reamed rather than dropped. Who knows and, quite frankly, the answer is of academic interest. They both suffered from having a cake which is not a good idea for meerschaum. I subjected these pipes to my usual cleaning procedures – for both stem and stummel – but I’m going to gloss over those details today. To be clear, both stems were deoxidized, repaired, sanded, and polished. In addition, the briar parts of the stummels were thoroughly cleaned, sanded, and polished too. I also did a thorough, but exceptionally careful, cleaning of the insides. I needed to remove as much filth as possible, but liquids like water, alcohol, etc., don’t do well with meer. As an aside, the Ropp had a substantial crack in the briar and this only added to the complexity of the repairs.In this blog post, I’m skipping writing about the usual stuff in order to focus on the major issue with these pipes – the busted meerschaum lining and how to fix it. In consulting with Steve, he mentioned a post on a blog from a few years ago that talked about repairing this very thing. The blog is called ‘Baccy Pipes’ and the fellow’s name is Troy W. I want to give him full credit for starting me on my research for this job. Here’s the link to his repair: https://baccypipes.wordpress.com/2017/06/10/old-time-meer-lining-repair-method-on-a-1930s-kaywoodie-shellcraft-5651/. The curious thing about this repair was that Troy used a mixture of egg white and chalk to mend the broken meerschaum. As he writes:

I had read and heard from other pipe restores that a old late 19th-early 20th century druggist recipe for fixing broken meerschaum was egg whites and finely ground chalk, so that was what I was going to try and fix the meer lined rim with. It is said to have about the same porous properties of meerschaum and imparts no taste to the tobacco.I was immediately intrigued and my brain began to ruminate on this. In the past, Steve and I have both used plaster of Paris when repairing meer-lined bowls. What about egg and chalk? Putting together the ingredients would be no problem: chalk, that is to say, calcium carbonate is easy to acquire. And then a thought struck me – I wonder if I could do an experiment on the properties of both calcium carbonate and a product that’s much closer to meerschaum in composition. Meerschaum is a type of magnesium silicate – and so is talc. They are not identical substances, but surely closer than chalk. If I could buy some pure, unadulterated talc, that might prove to be a good option. Well, it turns out that getting pure talc with absolutely nothing else in it was not as easy as I thought. I did eventually find a small package for sale on Amazon and it ended up being shipped from Germany (no idea why) to my home on the west coast of Canada. Let’s have a quick look at the insides of the two bowls, because they have different problems and very different sized apertures. The Ropp had the much larger bowl, and its insides were more damaged at the bottom. There was a surprising amount of meerschaum missing at the bottom and it is difficult to convey this in photos. However, the photos do clearly show the large chuck missing from the rim. I suspected that, although the width of the bowl meant it would be easier to access, it would require the most work and be the most difficult to repair satisfactorily. The Kiko had its own set of problems. There were also missing chunks on the rim, but the cracks inside were devastating. The width of the bowl meant that I could get nothing larger than my pinky finger inside. A small piece of broken meerschaum fell out from one of the cracks while I was inspecting it. That didn’t bode well. Now let’s start cracking some egg! Obviously, I took two dishes and mixed up a batch of chalk and egg white in one and talc and egg white in the other. Both materials were powdered, so I had no concerns about overly large particles in either mixture. During mixing, the talc seemed grittier than the chalk, but it was difficult to assess this properly and difficult to know how much to mix into the egg white. I put the two blobs on a piece of cardboard for a couple of days and let them set. Once dry, I conducted my own absurdly unscientific compressive strength test on both materials as a way of determining straight away if one material was clearly superior to the other. There wasn’t any obvious difference – and any differences I may have detected could easily have been a figment of my imagination. Both materials seemed about equal. I opted to try the talc first – for no other reason than it was chemically closer to meerschaum.I took both stummels and wrapped all of the wood in painter’s tape. I had nightmarish visions of what could happen to these pipes if I got the eggy goo on them. Better safe than sorry. I started applying the egg/talc mixture to the Kiko first. I wanted to make sure than the cavernous cracks were completely filled with the stuff. I needed a good bond and I added more than I needed – assuming there would be some shrinkage in the drying process. Similarly, I smooshed the mix on the Ropp too, hoping for the best. There’s no way to sugarcoat this: the whole process was a mess. Really a mess. Once the pipes had dried overnight, I took a look and I wasn’t particularly impressed with my work. But a more detailed examination was needed, so I put on a sanding mask and set about removing the excess material. I used sandpapers of various grits on dowels, sandpapers on my fingers, and sandpapers on my topping board. Hmm. The results were ok, but no better than that – and ‘ok’ just isn’t good enough for me.I hadn’t put enough material inside the Ropp – there were still areas that needed to be built up. I also felt that the material on the rims of both pipes was just too brittle – especially on the Kiko. Perhaps I was wrong to try talc.Round two. This time I repeated the entire process with egg white and chalk. Old boys in days of yore used it, so why not me? I won’t bore you by rewriting the same slathering and sanding process as above, but, the chalk mixture yielded no better results than the talc. The extra layer of goo was good insofar as it added more protection to the walls – but the results may have been the same if I’d added more talc. Sadly, the chalk did not seem to improve the frangibility of the rim.Round three. More slathering and sanding. I added a bit more egg/chalk mixture to bulk up areas that needed it and I hoped that perhaps the rim would somehow magically be improved.Round four – yes round four. This time – a slight change. I opted to return to the material that Steve and I have both used successfully in the past – plaster of Paris. This was not a complete redo, as before, but merely touch ups (in some cases aided by a drop of glue). At this point, I was placated by the plaster and felt that the results were acceptable – not perfect, but acceptable. Once the sanding was done, I could remove the painter’s tape and finish the pipes off. The Kiko needed some colour added to the rim after all the topping. I used my furniture pens to match the colour and it came out very well.Both pipes went on the buffing wheel and they look great. This was a very timing-consuming and enormously frustrating process. In the end, I learned quite a few things about the repair of meerschaum. Just like everything else, there isn’t a one-size-fits-all solution. I think egg/talc or egg/chalk is fine for small repairs, where the cracks are small and not structural. But larger repairs require something different: either grafting on a spare piece of meerschaum (which I have done successfully in the past) or using a more reliably solid goo like plaster of Paris.The Kiko and Ropp are much improved and I hope my cousin will like them. I hope you enjoyed reading the story of these pipes as much I as I did restoring them. If you are interested in more of my work, please follow me here on Steve’s website or email me directly at kenneth@knightsofthepipe.com. Thank you very much for reading and, as always, I welcome and encourage your comments.