Ababa is a lesser-known West African hardwood prized for its durability and warm, earthy tones. With a medium to coarse texture and interlocked grain, it machines well and finishes beautifully, making it suitable for furniture, cabinetry, and interior joinery. Naturally resistant to decay and insects, Ababa is also valued in select outdoor applications. Its combination of strength, workability, and understated elegance makes it an appealing alternative to more commonly used tropical species.

“Roasting” Soft Curly Maple involves gradually heating the wood up to temperatures of greater than 160 degrees celcius in special heat chambers made of stainless steel under anoxic conditions. The heat removes organic compounds from the wood cells, changing both the physical and chemical make-up of the wood. The process is natural and chemical free. It darkens the wood to a beautiful rich chocolatey brown color whilst still showing the gorgeous grain and figure of the underlying wood.

The thermally modified wood is more dimensionally stable, but the process does reduce bending strength and make the wood a little more brittle. This makes it chip a little easier than the un-modified lumber. The brittleness makes it less suitable for intricate cabinetry, but it is still an excellent choice for less intricate items such as floors, tops, panels, cladding etc.

Extra care needs to be taken when finishing thermally modified wood, as the "bone dry" wood has a tendency to "suck in" much of what is given to it. Our in-house woodworking specialist has had excellent results with Osmo PolyX. He suggests a thicker finish will work better.

“Roasting” Birdseye Maple involves gradually heating the wood up to temperatures of greater than 160 degrees celcius in special heat chambers made of stainless steel under anoxic conditions. The heat removes organic compounds from the wood cells, changing both the physical and chemical make-up of the wood. The process is natural and chemical free. It darkens the wood to a beautiful rich chocolatey brown color whilst still showing the gorgeous grain and figure of the underlying wood.

The thermally modified wood is more dimensionally stable, but the process does reduce bending strength and make the wood a little more brittle. This makes it chip a little easier than the un-modified lumber. The brittleness makes it less suitable for intricate cabinetry, but it is still an excellent choice for less intricate items such as floors, tops, panels, cladding etc.

Extra care needs to be taken when finishing thermally modified wood, as the "bone dry" wood has a tendency to "suck in" much of what is given to it. Our in-house woodworking specialist has had excellent results with Osmo PolyX. He suggests a thicker finish will work better.

Gorgeous colors and grain patterns have resulted in the exploitation of this beautiful species for use in production of "Hongmu" furniture. It looks similar in appearance to Kiaat/Muninga, another member of the Pterocarpus genus. We only have a few hundred BF of this endangered species left and don't expect to get any more when it runs out.

Brazilian Kingwood (Dalbergia cearensis) is one of the densest rosewoods—second only to African Blackwood. Its rich, reddish-brown heartwood features dark violet to black streaks, while the pale yellow sapwood often creates dramatic contrast. The grain is usually straight, sometimes wavy or interlocked, with a fine, even texture and natural luster.

Due to its extreme density, logs are prone to internal checking and cracks, making clean, defect-free boards rare—especially in larger sizes. It’s exceptionally rot-resistant and impervious to insects, which, along with its striking appearance, makes it a favorite for fine inlays, custom knife handles, and turning projects. High oil content can make gluing tricky, and it’s tough on tools.

Although highly prized, Brazilian Kingwood is difficult to source in the U.S.—largely due to its listing on CITES Appendix II, which restricts international trade.