The Lost Art Press storefront will be open this Saturday, Oct. 8, from 10 a.m. to 5 p.m. to sell books, holdfasts from Crucible Tool, T-shirts, posters and the like. The storefront is at 837 Willard St., Covington, Ky. 41011.
We have the new “Stanley Catalogue No. 34” in stock at the store, as well as the red edition of “The Anarchist’s Tool Chest.” We also have a decent selection of blemished books for 50 percent off retail (blemished books are cash only). And a few slightly blemished letterpress tool chest posters.
While you are in Covington, be sure to stop by Covington Coffee on West 12th Street. They have fantastic coffee, Lil’s Bagels and make waffles on weekends. (This is not an advertisement.)
— Christopher Schwarz
P.S. We’ve gotten a few curt notes stuffed in our mailbox from customers who have stopped by on a Saturday when the storefront isn’t open. Please note that we are open only the second Saturday of each month – not every Saturday.
You never know what you might find when viewing Fujisan in a Japanese woodblock print. The tool the cooper is using looked very familiar and then I remembered the tools from “Woodworking in Estonia” by Ants Viires. The bigger Japanese tool may be a spear plane but in Estonia it was a grooving knife.
The Estonian tools in use at the time of Ant Viires research in the first half of the 20th century were likely no different from the tools used a century or more earlier. Besides the the size difference in the spear plane and grooving knife I wondered how the Japanese cooper’s tools might compare to those of the Estonian cooper. A quick search turned up the plate below and oddly enough it was in the National Archives of Estonia.
The handwritten title in German translates to “Cooper’s Tools.” No date was provided for this plate but the notations beneath each tool give a clue. The notations provide a scale in the old German measurement, the Fuß* (fuss, or foot). The Fuß was in use until the beginning of 1872 when use of the metric system became compulsory. To find out how long was the Fuß (good luck!) see the bottom of the post for some conversions.
Looking beyond the tools the next question was what were the Japanese and Estonian coopers making and were there any similarities. Going back to “Woodworking in Estonia” I pulled a few photos that date from 1890 to 1939.
As described by Ants Viires coopers made buckets, churns, wash tubs, small baths, beer casks and containers for grain and other food storage. For merchants there were larger barrels for beer, food and many other commodities. For the Japanese cooper it was much the same with the addition of very large barrels for production of fermenting sake and soy sauce.
Many woodblock prints feature domestic scenes with women using buckets and tubs for bathing, washing clothes and for food preparation (I left out the bathing scenes). Much larger tubs and barrels can be seen in making sake.
One of the differences between Japanese and Estonian cooperage is the material used for the hoops. Estonian coopers used small branches, and later, iron for hoops. The Japanese used braided bamboo, then iron and copper. Traditional craftsmen making small pieces and companies using huge barrels for making soy sauce still use braided bamboo for hoops. Overall, there are more similaries than differences in the methods, tools and items made by the Japanese and Estonian coopers.
With so many similarities the next question is about the roots of cooperage in each country. Open wood buckets made using the methods of a cooper have been dated in Egypt to 2690 BC and fully closed Iron Age barrels have been found in Europe from 800-900 BC. By the 1st century BC barrels were in wide use for beer, wine, oil and water. Celtic tribes in Europe can be credited with making and using barrels for beer and wine. Next, here come the Romans because they always seem to be part of adapting, refining, inventing or spreading new technologies.
The Romans, like the Greeks and many early Mediterranean civilizations, used clay containers for storing and transporting wine and oil. Roman rule over the Celtic tribes of Gaul began in the 2nd and 1st c. BC and continued until 486 AD, and it was in Gaul they encountered the barrel. They found wooden barrels a vast improvement over clay amphorae for transporting wine and the added benefit of an improved taste to their wine, especially when the barrels were made of oak.
Did the early Estonian peoples learn cooperage from the Romans? Although Roman coins have been found in Estonian we don’t know if there was a direct connection.
Baltic tribes had trade contact with the Romans via the Amber Road. The Amber Road (actually a network of routes) extended from the North Sea and Baltic Sea to the Mediterranean.
Highly prized, amber from the Baltic has been found in Egypt from 16th c. BC. Like the East-West Silk Road, the Amber Road was a conduit for trading commodities and technology.
For five centuries the Romans controlled Gaul and that extended presence did exert an influence on Germanic tribes not under Roman control. If the Baltic tribes in the area of Estonia did not aquire knowledge of cooperage prior to the end of Roman control the technology may have arrived via trade or war contact with Germanic tribes, or during later invasions by others.
When did Japanese coopers learn their craft? In yesterday’s news (what timing) there was a report that Roman coins had been found in the ruins of a 12th century castle in Okinawa. What next, Vikings? The archeologist overseeing the site said there was no evidence of Western contact with the ancient Okinawan kingdom, but the Chinese did have extensive trade contact with the West from the 14th through the 19th centuries. The coins were probably traded between the Chinese and the Okinawans.
For millenia Japan had extensive trade and cultural contact with its neighbors, in particular China and Korea. During the Nara period (710-794) Japan turned more inward and concentrated on cultivating its native crafts, especially woodworking, ceramics and textiles. As for cooperage, we known that sake has a history extending back 1700 years. In the 8th century sake was favored by, and became regulated by, the Imperial Court. The Imperial regulations covered all portions of the production of sake and included the barrels used.
Soy sauce production dates back about 1500 years and one of the key ingredients of the fermenting process is using kioke, barrels made of cedar. After World War II soy sauce companies were urged to use stainless steel vats instead of the cedar kioke.
On the island of Shodoshima the soy sauce makers did not agree and continued to use kioke. In 2012 Yamamoto Yasuo the owner of Yamaroku Shoyu traveled with two carpenters from his company to learn the traditional method of making kioke from preparing the cedar slats, making the bamboo pins and selecting and braiding the bamboo hoops. They worked with Ueshiba Takeshi of Fujii Wood Work in Osaka Prefecture. They now make there own kioke and other producers are following their lead to revive and continue the traditional craft of making the huge barrels. A short (7 minute) video on making a kioke and the braided bamboo hoop is here (it is really cool).
One of the themes Ants Viires highlighted in “Woodworking in Estonia” was the decline of traditional crafts and the use of plastic items to replace wood. This lament is also heard in Japan and more efforts are underway to work with elderly craftsmen to learn and document traditional craft. In Kyoto this movement is particularly strong.
Nakagawa Shuji, an oke maker (oke are the wooden tubs) in Kyoto was interviewed by Kyoto Journal. Nakagawa talks about his apprenticeship and efforts to keep his traditional craft alive. The oke he makes are refined and copper is used for hoops. In the middle photo below he holds the sen, the two handled plane, that dates back to medieval times (1185-1600 in Japan). You can read the interview with him here.
Conclusions: although the Romans seemed to have left their coins everywhere they did not originate nor spread cooperage around the world. Good ideas and sucessful technology don’t have to have a single point of origin. With some variations in tools and techniques, when humans need to make something to improve their lives they often travel the same path.
–Suzanne Ellison
*There was no standardized measurement for the old German Fuß as it changed through time and it also depended on where you were living in Germany, Austria, Switzerland and parts of France. Here are conversions as recorded in 1830 in three places (chosen to show the range of the Fuß measuremnt and because I either lived or visited these cities as a child): Mainz – 314 mm or 12.36 in, Metz – 406 mm or 15.98 in, Würzburg – 294 mm or 11.57 in.
During the last 20 years, most woodworkers have adopted 3/4″ as the standard size for holdfasts, bench dogs and other workbench accessories. So why the heck are we making holdfasts at Crucible Tool that have a 1″ shaft?
Simply put: The larger holdfast has more mass, it doesn’t ream out your bench’s holes as fast and we think it just works better.
During the last couple weeks, I’ve written a series of blog entries on the Crucible Tool website that explain our reasoning. Despite this, we continue to get a lot of questions, and so I’ve consolidated all the answers here.
(Side note: We are working on offering a way for you to subscribe to the Crucible Tool blog so you can get updates via email. In the meantime, if you use an RSS reader, you can subscribe to it via this feedburner link: http://feeds.feedburner.com/Crucibletool-CrucibleNews.)
A commonly encountered misconception is that wood breathes. As we know, heartwood is composed entirely of dead cells, while sapwood has some living cells, which die after the wood is cut. Nonetheless, wood is an organic substance that by its nature responds to climatic changes. Moisture is absorbed or given off as the seasons dictate.
When the relative humidity rises, the wood fibers absorb moisture that penetrates from the outside and causes the wood to swell. As the humidity decreases, excess moisture is given off by the fibers to be reabsorbed by the surrounding air. Wood is constantly trying to maintain a balance between its moisture content and that of the surrounding environment. This balance is called the equilibrium moisture content (EMC). Simply expressed, it is the amount of moisture present in wood at a given temperature and relative humidity over a period of time (Fig. 4-9).
A closer look at Figure 4-9 shows that humidity is only one factor in determining EMC. Temperature also plays a role. For instance, at a given temperature as humidity rises, the EMC of the wood increases dramatically. This is to be expected. On the other hand, as relative humidity remains constant and temperature rises, the EMC of the wood goes down. Water in the cell walls is in liquid form. As the temperature goes up, the water becomes gaseous and escapes into the warmer air.
Relative Humidity
Relative humidity is expressed as a percentage of the amount of moisture that the air is capable of holding at a given temperature. Warm air can hold more water vapor than cold air. For instance, at 86°F (30°C) and 100 percent relative humidity can hold five times as much water vapor as air at 43°F (6°C) and 100 percent relative humidity. Hence, it is a good idea for a well-equipped wood shop to have a thermometer and hygrometer.
Location, as well as time of year, determines the average humidity. Figure 4-10 shows the average humidity in the United states for July, as well as the average rainfall. The third map takes both of these into account, as well as the corresponding equilibrium moisture content from Figure 4-9, to arrive at a general composite map of average moisture content of wood intended for interior use in various parts of the country. This map should only serve as a rough guide, because local conditions can vary.
Air Drying
Numerous considerations influence the air drying of lumber, among them:Climatic conditions. Generally speaking, very little drying of lumber is possible during the winter, particularly in those areas where the temperature remains below freezing. Moisture close to the surface can evaporate by the process of sublimation, whereby the water goes from a solid state (ice) directly to a gaseous state (vapor) without becoming a liquid. In areas where winter temperatures are relatively mild, some drying will occur, as long as rainfall and humidity are not excessive. Drying rates are variable and often very localized. The location of the drying pile and even its orientation to the sun and prevailing wind all influence the rate of evaporation.
Species. The wood species makes quite a difference when it comes to length of drying time. Specific gravity is a fairly good general indicator of drying rate. The lower the specific gravity, the faster the drying time. The softwoods and lighter species of hardwoods dry faster under favorable conditions. The percentage of sapwood and heartwood also plays a part. For example, sugar maple dries faster than Northern red oak with roughly the same specific gravity, but sugar maple has more sapwood. Figure 4-11 lists the approximate air- drying times of some native woods.
Thickness. The old rule of thumb “one year of drying for each inch of thickness” has no basis in fact. First, it does not take species into account. Second, drying time is a function of the square of the thickness. This means that 8/4, or 2″ (5 cm) stock takes four times as long as 4/4, or 1″ (2.5 cm) stock. In fact, for some species the drying time is even longer than the square of the thickness. This is one reason (along with the differential between radial and tangential shrinkage, described in Chapter 5) why it is next to impossible to dry entire logs without serious cracking or checking.
Grain orientation. Quartersawn wood is slower to dry than plain-sawn wood. The ray cells aid in drying, and although they appear more prominent on quartersawn wood, not nearly as many are exposed on the face of the board.
Pile construction and foundation. The actual method of stacking the wood has a lot to do with the drying rate. Adequate space left around each board aids in drying. Many smaller piles dry faster than one large pile. The pile foundation should be well off the ground to allow for free air movement underneath. Weeds and debris should not obstruct the air flow. Finally, the ground should be well drained, with no standing water.
Editor’s note: Last month we asked Kara Gebhart Uhl to help us with editorial tasks at Lost Art Press. During the last decade, John and I have taken on book projects that are more and more ambitious. And in the next 12 months we’ll be announcing several additional ambitious projects that will take lots of brainpower and red ink.
After months of agonizing over how to manage these projects and keep our sanity, I read a blog entry that struck me like an electric shock. One of my former editorial employees, Kara, was lamenting/celebrating the fact that her kids were all going to be in school during the day.
I sent her an immediate email. She knows woodworking. She knows our editing style. She can already read my mind. And no one – no one – is as organized and on time as Kara.
She agreed to help us out about 10 hours a week and has already started chewing up our backlog of editing – the next Charles Hayward volume is now two months ahead of schedule.
As you’ll see below, Kara is crazy overqualified to work with us, but we hope to treat her well and hang onto her for many years to come.
Fifteen years ago Chris Schwarz hired me as an assistant editor at Popular Woodworking Magazine. I had a magazine journalism degree, and I was hired for my writing and editing skills. My only woodworking skills at the time involved a turned lamp I made in junior high shop class.
Chris served as a mentor, helping me improve my writing and editing, while also teaching me the art of woodworking. I took classes, including a week-long class with Lonnie Bird to build a Shaker end table, and a chairmaking class with Don Weber. Several other pieces see daily use in my home, including a knockdown Arts & Crafts bookcase.
But I never truly fell in love with the physical aspects of woodworking. I did, however, fall in love with the idea of woodworking and, more importantly, the folks who did it. My absolute favorite pieces to write for Popular Woodworking Magazine was a series of articles called Great Woodshops. I’d spend a day in John Wilson’s The Home Shop or in Brian Boggs’s “laboratory,” and I’d simply look and listen, and then retell.
I served as associate and managing editor at Popular Woodworking Magazine, and helped launch Woodworking Magazine. But eventually my love of the craft of writing led me to Writer’s Digest magazine, which was two floors up in the same building.
My daughter, Sophie, was born in 2008. My twin boys were born in 2010. During this time, I quit my job at Writer’s Digest magazine, and went about the daily tasks of raising three young children. We moved into a foursquare built in 1901 in Fort Thomas, Ky., right across the river from Cincinnati.
I worked as a freelance writer and editor, doing the occasional final binder reads for both Popular Woodworking Magazine and Writer’s Digest. I maintained a column at Writer’s Digest, wrote ads, edited Writer’s Market books, and wrote profiles about interesting people for our small city’s blog, www.fortthomasmatters.com.
I also wrote about parenting on my personal blog, www.pleiadesbee.com, and my essays were picked up by TIME: Healthland, The New York Times Motherlode (now called Well Family) and The Huffington Post. It was in the comment sections of those blogs that I developed a thick skin.
I still maintain my freelance workload, all the while working toward my dream of publishing a picture book. I’m represented by Jordy Albert of The Booker Albert Agency and I currently have two out on submission. As Sylvia Plath once said, “I love my rejection slips. They show me I try.”
After eight years of being home with my children, working during naps, nights and weekends, my days have changed. In August all three of my children went back to school, full day. What once were a few precious hours here and there has turned into six solid hours at home. Chris, aware of this life change, emailed me, asking if I was interested in helping out.
And so, in many ways, I feel like I’ve come back full circle. I’m once again working with my former mentor, and serving a community of craftspeople who I’ve grown to admire greatly over the years, people who believe in the beauty of working with one’s hands, building objects designed to last longer than themselves. I’m happy to be here.