Katy has made a big batch of soft wax this week – 63 tins that are ready to ship immediately. Click here to order if you don’t need any more information than that.
Soft wax is a nice addition to the tool kit of the finisher or tool restorer. It can be used as a stand-alone finish on bare wood. It imparts just a little color and a little protection. Its advantage is it’s incredibly easy to apply. Because it is so high in solvent (Georgia turpentine), it is easy to rub onto a surface and does not need to be buffed like floor wax. You simply wipe the excess soft wax away for a nice matte finish.
For tools, it helps lubricate the sticky bits and prevents rust. A thin coat is all it takes.
It is not a good finish for high-traffic items (bathroom cabinets) or your hipster mustache. It is high in solvents that could irritate your baby-smooth Fancy Lad skin.
The wax is made in our basement entirely by a 16-year-old who never ceases to amaze me. She is intent on forging her own path through this world without relying on institutions to prop her up. (Sounds strangely familiar.)
You can order tins of her wax through her etsy store here.
Editor’s Note: This is the second in a series of blog posts by Richard Jones, who has written a detailed book about timber technology. The book is scheduled to be released in early 2018.
— Kara Gebhart Uhl
I didn’t set out to write a book on timber technology. Doing so was an accident of circumstances. In 2003, I closed my furniture business in Texas, moved home to the UK and started teaching furniture undergraduates at Rycotewood, which I mentioned here. I was given the task of introducing the students to the craft furniture maker’s primary material of wood in the Timber Technology module. I possessed a relatively good expertise in the subject but I’d never prepared and delivered learning materials on it. It was a challenging sink-or-swim moment for me – well, more of an ongoing fight against drowning throughout a 12-week term. But it got easier with practice and as the years passed.
In 2005, I started creating illustrated Timber Tech PowerPoint presentations as learning tools. From that, I converted the PowerPoints into articles to sell to woodworking magazines, a sideline of mine. At some stage in this article production I decided the topic was too involved to be covered adequately in a series of articles in several magazine issues. So, being a bit bloody minded, I decided to create a manuscript covering the key issues relevant and of interest to me as a woodworker. Further, I decided to write it in such a way that non-specialists could understand some of the more challenging elements, and my students were the model non-specialists. Of course, this meant I was writing speculatively, without having a publisher on board – but more on that in a later post.
Most books on timber technology are written by timber technologists for wood scientist colleagues, or students of the topic. They’re consequently a difficult read for the general reader, something probably true of most woodworkers, myself included. Wood science authors assume a certain background knowledge in their expected readership. And why not? They’re generally singing to the choir, or at least aspirant wood scientists. It doesn’t really help the non-scientific woodworker who wants a better understanding of their material as simply as possible. In creating my manuscript I took pains to try and make some difficult science accessible and useful to all woodworkers – carpenters, joiners, furniture makers and so on.
An oak tabletop, such as the one shown above, 1100 mm (~43-1/4″) wide with end clamps (aka breadboard ends) needs allowance for expansion and contraction on the main panel across the grain. A tongue and groove, incorporating three tenons worked in the main panel fit motices in the clamps. The central tenon is glued, and the two end tenons are free to move side to side in extended mortices, but held tight in the main panel with dowels passing through slots in the tenons.