Daily Archives: August 26, 2022

Resurrecting A Loewe “Sloane”

Blog by Paresh Deshpande

The next pipe is also from my inheritance and is similar to the “THE GOLDEN ARROW” that I had worked on earlier. This too is a large Canadian with an oval shank and flat stem. The stummel is covered in dirt and grime accumulated over the long years of uncared for storage. Through all the grime, beautiful cross grains and swirls can be seen and are waiting to be unraveled. This pipe is stamped on the top flat surface of the oval shank as “L & Co” in a lozenge while the right side of the shank edge is stamped as “LOEWE” over “LONDON. W”. The bottom of the oval shank is stamped “SLOANE”. The stem is sans any stampings.  I have worked on Loewe & Co. pipes before and also have many in my personal collection and I am fairly well versed with this brand. However, I visited pipedia.org and refreshed my memory with the history of the pipe, dating guide and shape names. The 1930s Loewe catalog is an interesting read and also has a  pipe stamped exactly as the one currently on my work table. Here is the link to the catalog: (https://pipedia.org/images/8/88/Loewe_pipes_1930.pdf).

However, further down on pipedia.org is a link to the 1967 Loewe catalog and it has no mention of the shape name SLOANE!

I have reproduced the details relevant to dating this pipe as found on pipedia.org below.

1920-1955 middle Haymarket era

Left shank: – L & Co. (in oval)

Right shank: – Loewe London W.

Underside of shank: – shape name Made in England (encircled) this may just have been on export pipes

*Prior to 1955 Loewe had no series, stamping only the shape name on the underside of the shank.

Thus, the pipe currently on my work table dates to pre-1955.

Initial Visual Inspection
The entire pipe is covered in dirt and grime and is sticky to the touch. There are dark patches on either sides of the bowl that would need to be checked thoroughly. There is a thick layer of cake in the chamber with lava overflowing the rim top surface. The inner rim edge is chipped and damaged giving the chamber an out of round appearance. The outer rim edge too has a number of minor chipped surfaces. The mortise is clogged and the vulcanite stem is deeply oxidized with deep tooth indentations in the bite zone. The button edges are damaged due to bite marks and would need to be rebuilt and reshaped. The pictures below would give you the general idea as to the condition of the pipe. Detailed Inspection
The chamber has a thick layer of even cake with overflow of carbon over the rim top surface. The condition of this Loewe, like all other Loewe pipes that I have inherited, has seen extensive use. Such extensive use, without proper care and maintenance, may cause heat related issues along the chamber walls. Here, the condition of the chamber wall will be known once the cake is taken down to bare briar. The inner rim edge is uneven and has suspected charring at 6 o’clock direction and between 9 o’ clock to 11 o’ clock on the left and also between 1 o’ clock and 3 o’ clock directions on the right side. The inner rim damage is encircled in yellow. The outer rim edge too has not been spared any punishment. There are minor dents/ dings and chipped surfaces all along the outer rim edge, likely as a result of knocking against a hard surface to remove the dottle. The outer rim damage is encircled in red. The extent of the damage to the chamber walls and rim of this pipe will be clear once the cake is completely taken down to the bare briar and the rim top surface is free of all the accumulated crud. The ghost smell are very strong and would need to be addressed.The stummel surface is covered in dirt/ grime and feels sticky to the touch. The surface has darkened considerably on either side of the bowl (enclosed in pastel blue) and at the rear and would need to be examined up close once the stummel is thoroughly cleaned both internally as well as externally. I suspect there is a crack (encircled in green) on the right side of the bowl within the darkened area (or it could even be a scratch) and needs to be verified. However, beneath the dull grime layer, beautiful cross and bird’s eye grain await being brought to the fore. Heavy accumulation of old oils, tars, ash and gunk is seen in the mortise as expected. The tapered vulcanite stem is heavily oxidized and has deep bite marks on both the lower and upper surface in the bite zone. The button edges are deformed as a result of these tooth indentations and would need to be reconstructed. My last project had thrown up some bad experiences about the end results of using the Gorilla superglue that I had recently purchased and will try it out again this time around. If the results are not up to standard, this and the other tubes will find their way out the door. The slot and tenon end show presence of dried gunk and would need to be thoroughly cleaned. The Process
I started the process of restoration by first cleaning the stem internals with anti-oil dish cleaning soap and thin shank brushes. I scrubbed the stem surface with the soap using a Scotch Brite pad, firstly to rid the surface of old oils and gunk and secondly to remove the loose surface oxidation. I ran a couple of pipe cleaners through the stem airway to remove all the traces of soap and dry out the stem internals.Next, I moved to external cleaning of the stem surface by dunking the stem into “Before and After Deoxidizer” solution developed by my friend Mark Hoover. The solution helps to draw out heavy oxidation to the surface making it’s further removal a breeze while the minor oxidation is eliminated to a very great extent. I usually dunk stems of 5-7 pipes that are in-line for restoration and the LOEWE SLOANE is marked in blue arrow. I generally allow the stems to soak in this solution overnight for the solution to do its work.The next afternoon, Abha fished out the stem from the deoxidizer solution and scrubbed it with a Scotch Brite pad to get rid of the loosened oxidation from the surface. She followed this scrub with a second scrub using 0000 grade steel wool and this helped in further removal of raised oxidation from the surface and even out the minor scratches resulting from using the Scotch Brite pad. She rinsed the stem under warm running water to completely remove the solution from the airway and slot end. She ran a couple of pipe cleaners to remove the last traces of residual deoxidizer solution from the airway and dry out the airway.  With the external and internal cleaning of the stem completed, Abha handed over the stem to me to complete the repairs. Continuing with the stem refurbishing, I heated the bite zone with the flame of a lighter to raise the tooth indentations to the surface. Though the results were not what were expected, the vulcanite was raised a little leaving behind two deep tooth compressions on either surfaces. The button edges and deeper tooth indentations on either surfaces of the stem were filled with a mix of CA Gorilla superglue and activated charcoal powder and set aside for the fill to cure. I really hope that this time around I get better results with using this new CA glue. Once the stem fills had cured completely, I moved ahead with the process of filing and shaping the button end with a flat head needle file. For a better blending, I further sanded the entire stem with 220. However, my worst fears came true…..I saw grey patches with air pockets, just as I had observed earlier while working on The Golden Arrow. I think the Gorilla glue does not work for me and I shall discard it after I get my regular brand of superglue in next few days. I continued to dry sand the entire stem with a folded piece of 400 followed by 600 and 800 grit sandpaper and further progressed to wet sanding with 1000, 1500 and 2000 grit sand papers. However, the fills still appear dirty grey and a closer look showed the entire filled surface peppered with numerous tiny air pockets. I refilled the patches with a fresh mix of CA superglue gel and activated charcoal and set the stem aside. After the stem refills had cured completely, I went through the complete process of sanding and shaping the fills using a needle file followed by sanding with sandpapers as described above. Though the finish is better this time around, the coloration of the patch still remains a light shade of grey and easily discernible against the rest of the stem surface. It should be noted here that just like The Golden Arrow that I had restored earlier, I had to go through the complete repairs six times before this attempt and for the sake of brevity, I deliberately kept it short. Yet, the results are not what I expected and have been achieving consistently with other brands of superglue. I rubbed a small quantity of EVO into the stem surface and set it aside for the vulcanite to absorb and hydrate. With the stem repairs completed, save for the polishing cycle, I started with the stummel repairs. I started with reaming the chamber with my PipNet pipe reamer using head size 1 of the PipNet reamer blade and progressed through to head size 2. I used my fabricated knife to remove cake from areas inaccessible to the reamer blades and completed the process by sanding the walls smooth with a folded piece of 180 grit sandpaper. I wiped the chamber with a cotton swab wetted with alcohol to clean the residual carbon dust. The reasons for darkened sides of the bowl that I had noted during my detailed inspection were now evident. There are signs of charring to the walls of the chamber on the sides and at the bottom of the bowl. Also there are a few heat lines along the walls of the chamber. All these issues are indicated by green arrows.I gave a preliminary cleaning to the mortise and shank internals using q-tips and pipe cleaners dipped in alcohol. I shall continue with thorough cleaning of the shank internals during the external cleaning of the stummel. Next, I cleaned the external surface of the stummel with undiluted Murphy’s oil soap and a hard bristled toothbrush. I cleaned the smooth rim top surface with the soap and Scotch Brite pad. The darkened areas over both sides of the stummel and the rim top surface are now clean, exposing the gremlins hidden beneath the layer of dirt. I followed up the external cleaning of the stummel with internal cleaning of the mortise and shank using anti oil soap and shank brushes.  This external cleaning of the stummel has now clearly defined the suspected crack that I had noted during my detailed inspection (encircled in yellow). Also the internal cleaning of the chamber has brought the charring of the sides of the chamber walls to the fore (encircled in green). I now need to ascertain if this external crack is a direct result of the observed damage to the walls of the chamber. If it is so, it’s a clear sign of this crack developing into a burn out due to the thinning of the chamber walls.   Continuing with the internal cleaning of the chamber and mortise and also to ascertain if the external crack over the stummel surface is a result of the damage to the chamber walls, I subjected it to a salt and alcohol bath. I used cotton balls which is an at par substitute as I have realized over the years. I drew out a wick from the cotton and along with a folded regular pipe cleaner; inserted it into the mortise and through the draught hole and further into the chamber. Thereafter, I packed the chamber with cotton balls to about quarter of an inch below the rim inner edge and soaked the cotton balls with isopropyl alcohol up to the brim. About half an hour later, the level of alcohol had gone down, having being absorbed by the cotton. I observed that the alcohol had seeped out from the crack (encircled in yellow) as can be seen from the picture below. This needs to be addressed. However for now, I topped it up once again and set it aside overnight.By next afternoon, the cotton and alcohol had drawn out all the remaining oils/ tars from the chamber and mortise and loosened out any residual cake and tar build up, fulfilling its intended task. I removed the cotton balls and ran pipe cleaners through the mortise to clean out all the loosened tars and gunk. Using my fabricated tool, I scraped out the entire loosed gunk from the mortise and further cleaned it with alcohol and q-tips.While I was working on the stummel, Abha polished the stem by wet sanding the surface with 1500 to 12000 grit micromesh pads. She applied a little EVO to the stem surface for it to be absorbed in to the rubber. Though the grey repair patches are visible in the pictures, it is not so glaring in person.Staying with the stummel repairs, I first decided to stabilize the crack. I marked the end points of the cracks and drilled counter- holes using 1 mm drill bit mounted on a hand held rotary tool. I filled the crack and counter-holes with clear CA superglue and set it aside to cure.A while later, once the crack fills had sufficiently hardened; I addressed the rim top darkening and unevenness by topping the surface on a piece of 220 grit sandpaper. I frequently checked the progress being made as I hate to lose briar more than what is absolutely necessary. The chamber now appears more out of round than before and would be addressed by creating a bevel over the inner rim edge.With a folded piece of 220 grit sandpaper pinched between my forefinger and thumb, I imparted a nice bevel to the inner rim edge. This masked the out of round appearance of the chamber and also eliminated the minor charring over the edges.   Next, to protect and isolate the chamber walls from coming into direct contact with the burning tobacco and prevent a burn out, I coated the walls of the chamber with an even layer of J B Weld. J B Weld is a two-part epoxy Cold Weld in two tubes; hardener and steel which are mixed in two equal parts (ratio of 1:1) with hardening time of 5-6 minutes and complete curing time of 6-8 hours. I poured the contents of the two tubes on to a plastic sheet and mixed it well. I inserted a petroleum jelly coated regular pipe cleaner through the draught hole to prevent it from getting blocked due to the J B Weld mix. I applied this mix, as evenly as possible, over the entire chamber wall surface. I worked fast to ensure an even coat over the chamber walls before the weld could harden and set the stummel aside for the application to harden and cure overnight. The J B Weld coat had hardened completely by next day evening. I mounted a sanding drum onto my hand held rotary tool and setting the speed to half of the full RPM, I sanded the excess coat from the chamber walls. To further fine tune and keep the coat to a minimum thickness, I further sanded the coat with a 220 grit sand paper till I had a coat of a thickness that was just sufficient to protect the briar underneath. Here is how the chamber appeared at this stage.At this same stage, I also sanded and evened out the fills over the crack with a flat needle file and further matched it by sanding it with a piece of 220 grit sandpaper. Unfortunately, I missed out on taking pictures of this process.

Abha completed the polishing of the stummel by wet sanding the surface with 1500 to 12000 grit micromesh pads. She wiped the stummel with a moist cloth in between the pads to gauge the progress being made. She massaged a small quantity of Before & After Restoration balm and set it aside for 10 minutes for the briar to rehydrate. Thereafter, she gave a rigorous hand rub using a microfiber cloth. The stummel now has a nice vibrant shine to it with the beautiful cross grains and bird’s eye grains resplendent in all their glory. I just can’t thank Abha enough for her help in polishing the stems and stummel of all the pipes that I restore. After I had protected the heel and the walls of the chamber with a coat of J B Weld, it was necessary to prevent this coat from coming into contact with the burning tobacco. I addressed this by mixing activated charcoal and plain yogurt to a thicker consistency, just enough that it would spread easily and applied it evenly all along the chamber walls after inserting a folded pipe cleaner through the draught hole to keep it open. Once dry and set, this will not only protect the walls but also aid in faster buildup of cake. I set the bowl aside for the bowl coat to cure for 72 hours.72 hours later, to apply the finishing touches, I mounted a cotton cloth buffing wheel onto my hand held rotary tool and applied a coat of Blue Diamond to the stummel and the stem to polish out the minor scratches. Next, I mounted a cotton cloth buffing wheel and setting the speed to ¼ of the full power, I applied a coat of carnauba wax over the stummel and the stem. I worked the complete pipe till the time all the wax was used up for polishing the stummel and the stem. The pipe now boasts of a beautiful and lustrous shine. I vigorously rubbed the pipe with a microfiber cloth to deepen the shine and also to clean away any residual wax that had been left behind. I am very happy with the way this beauty has turned out. P.S. I am personally not happy with the way the stem repairs have turned out and will surely rework on it once the CA glue that I regularly use reaches me in next couple of weeks.  A big thank you to all the readers of this write up for sparing your valuable time and hope for your continued patronage. Until the next write up, be safe and healthy…

Restoring a 1932 Dunhill Patent Innertube Captain Warren

A little while ago I was contacted by a pipe smoker in California inquiring about repairs to a vintage Dunhill Captain Warren style pipe. For those …

Restoring a 1932 Dunhill Patent Innertube Captain Warren

Great rebuild of a chipped rim on Captain Warren style Dunhill. Give the blog a read for the details.

Breathing Life into a Royal Danish 996 Designed by Sixten Ivarsson

Blog by Steve Laug

The next pipe on the worktable is an obvious Stanwell shaped pipe. It has a mixed finish – sandblast on the bowl and shank with smooth panels on the left and right as well as the underside of the shank. The sandblast finish is quite beautiful even through the grime. It was purchased on 05/10/22 from an antique mall in Astoria, Oregon, USA. The shape of the pipe is very odd in my opinion – almost oval but odd and able to sit on the desk top. There is a Crown logo stamped in the left side of the saddle stem. It was stamped on the underside of the shank on a smooth panel. It reads Royal Danish [over] Made in Denmark. The shape number 996 is stamped next to the shank/stem junction. The finish was dirty with dust and grime ground into the nooks and crannies of the sandblast finish. The smooth panels on each side were dirty with oils and grime. There was a thick cake in the bowl and lava overflow on the rim top. The inner edge of the rim was covered so thickly in lava it was hard to know what was underneath. The front top and outer edge were rough from knocking the pipe out on hard surfaces. The vulcanite fancy saddle stem was calcified, oxidized and had tooth marks and chatter ahead of the button on both sides. Jeff took some photos of the pipe before he started to work on cleaning it up for us. Jeff took photos of the rim top and the stem to show the condition of the pipe when we received it. You can see the thick cake in the bowl and the heavy coat of lava filling in the blast on the rim top and inner edge of the bowl. The damage on the top front and outer edge is also visible. The stem is calcified and oxidized with light tooth chatter and marks on both sides near the button. He took photos of the sides of the bowl and the heel to give an idea of the shape and the condition of the briar around the bowl. It really is a strangely shaped pipe in my opinion but it has a great sandblast with smooth patches on the bowl sides. The next photo Jeff took shows the stamping on the underside of the  shank. It is clear and readable as noted above. The Crown logo is also visible on the left side of the saddle stem.  Regardless of when this specific briar was made, the shape is very much a 1960s Danish one. I turned to Pipephil’s site and quickly scanned the article on Stanwell getting a great overview of the history. I went through the photos and did not find the shape of the pipe that I was working on (http://pipephil.eu/logos/en/logo-r6.html). There was one that showed the mixed finish of the Royal Danish line – sandblast with smooth patches on each side of the bowl. I have included a screen capture of that section below.I then turned to Pipedia and found that the Royal Danish was also listed as a second or a sub-brand made by Stanwell (https://pipedia.org/wiki/Stanwell#Sub-brands_.2F_Seconds). I have included the list of seconds from the site below. I have highlighted the Royal Danish in blue in the text.

Sub-brands / Seconds – Bijou (discontinued), Danish Quaint, Danish Sovereign, Danske Club,    Henley (discontinued), Kong Christian (discontinued), Majestic, Reddish (discontinued),  Royal Danish, Royal Guard, Royal Sovereign, Sailor (discontinued), Scandia, Sorn (discontinued), Svendson.

There was also an interesting advertising page on the Danish Briars by Stanwell. The first one on the list was the Royal Danish. The description of the line is clear and concise, be sure to read it below.I followed one of the links at the end of the site to an article on rebornpipes written by Bas Stevens on the shape numbers and the designers who originally carved those shapes for Stanwell (https://pipedia.org/wiki/Stanwell_Shape_Numbers_and_Designers). The Royal Danish line adds a 9 before the 96 making the number 996. I quote from it as it specifically refers to the shape 96 as being a design by Sixten Ivarsson.

  1. Freehand, oval bowl, long saddle mouthpiece by Sixten Ivarsson. It also appears to be a rare shape that has been compared to a potato sack.

Jeff had cleaned up the pipe following his normal cleaning process. In short, he reamed the bowl with a PipNet pipe reamer and cleaned up the reaming with a Savinelli Fitsall Pipe Knife.  He scrubbed the smooth bowl with undiluted Murphy’s Oil Soap with a tooth brush. He worked over the lava and debris on the rim top and was able to remove it. He rinsed it under running warm water to remove the soap and grime. He cleaned out the inside of the shank and the airway in the stem with alcohol, cotton swabs and pipe cleaners. He scrubbed the stem with Soft Scrub and cotton pads to remove the debris and oils on the stem. He soaked it in a bath of Briarville’s Pipe Stem Deoxidizer to remove the oxidation. He rinsed it with warm water and dried it off. I took photos of the pipe once I received it. It really looked good.  I took close up photos of the stem and the rim top to show both how clean they were and what needed to be addressed with both. The rim top and bowl edges look better but the inner and outer edge was damaged on the front of the bowl. The stem looked better and the tooth marks and chatter was very light. I took a photo of the stamping on the underside of the shank. You can see from the photo that it is clear and readable. I also captured the stamping of the crown on the left side of the saddle stem. I removed the stem from the bowl and took a photo of the parts to give a sense of the beauty of the pipe.I started my work on the pipe by addressing the damage to the inner edge of the bowl with a folded piece of 220 grit sandpaper. I gave the inner edge a light bevel to minimize the damage.I polished the smooth patches on the bowl sides and the inner edge of the bowl with micromesh sanding pads – dry sanding with 1500-12000 grit sanding pads. I wiped it down with a damp cloth after each pad to remove the debris. The smooth portions took on a rich glow. I worked some Before & After Restoration Balm into the briar with my finger tips and into the blast with a shoe brush. The product works to clean, revive and protect the briar. I let it sit on the pipe for 10 minutes then buffed it off with a soft cloth. I set the bowl aside and turned my attention to the stem. I “painted” the tooth marks and chatter on the surface of the vulcanite with the flame of a Bic lighter to lift them. I was able to raise the majority of them with the heat. I sanded out those that remained with 220 grit sandpaper. I started polishing the stem with 400 grit wet dry sandpaper.   I applied some acrylic white nail polish to the stamping on the stem side.I polished out the sanding marks on the stem with micromesh sanding pads – dry sanding it 1500-12000 pads. I wiped it down with some Obsidian Oil each pad to remove the dust and polishing debris. I polished it with Before After Pipe Polish – both Fine and Extra Fine. I gave it a final coat of Obsidian Oil and set it aside to dry.  This is another pipe that I am really happy about the look of the finished restoration. This reborn Sixten Ivarrson Design Royal Danish 996 Sandblast Freehand turned out really well. I think that it really is a great looking pipe with a great shape and grain. The freehand/plateau top bowl and the vulcanite saddle stem goes well together. The polished black of the stem works well with the briar. The briar really came alive with the buffing. The rich brown stains of the finish make the grain really pop with the polishing and waxing. I put the stem back on the bowl and buffed the pipe with Blue Diamond on the buffing wheel. I gave the bowl and the stem multiple coats of carnauba wax on the buffing wheel. I buffed the pipe with a clean buffing pad to raise the shine. I hand buffed the pipe with a microfiber cloth to deepen the shine. The finished Royal Danish 996 Sandblast Freehand really feels great in the hand and it looks very good. Give the finished pipe a look in the photos below. The dimensions of the pipe are Length: 5 ¾ inches, Height: 2 inches, Outside diameter of the bowl: 1 ¼ inches, Chamber diameter: ¾ of an inch. The weight of the pipe is 39 grams/1.38 oz. The pipe will be going on the rebornpipes store soon. It will be in the Danish Pipe Makers Section if you would like to add it to your collection. Thanks for reading this blog and my reflections on the pipe while I worked on it. It was a fun one to work on!