William Henry

Koa - Edition of 100

$1,722.00 CAD

The C15 'Koa' features premium Curly Koa wood from the namesake Hawaiian islands, set into a lightweight yet durable titanium frame. The blade is hand-forged 'Ripple' damascus steel by Chad Nichols. Fittings are tempered stainless, titanium, sterling silver and smoky quartz gemstones.

Product SKU: C15 KOA

Curly Koa

Koa is a fabled tree, and wood, sourced responsibly from the Hawaiian islands. It is reddish brown in color, takes a beautiful polish, and can occasionally offer very fine figuring/curl and chattoyance. William Henry uses only the highest grade of figured Koa (as available) for our work, resin-stabilized for durability.

Hand-Forged Damascus

Damascus steel was a term used by several Western cultures from the Medieval period onward to describe a type of steel created in India and used in sword making from about 300 BC to 1700 AD. These swords were characterized by distinctive patterns of banding and mottling reminiscent of flowing water. Such blades were reputed to be not only tough and resistant to shattering, but capable of being honed to a sharp and resilient edge. William Henry's damascus is made from several types of steel welded together to form a billet. The patterns vary depending on how the damascus artist works the billet. The billet is drawn out and folded until the desired number of layers are formed. William Henry damascus billets are forged with a minimum of 300 layers. William Henry works with a handful of the very best damascus artists/forgers in the U.S.

Titanium

Titanium is a low density, strong, lustrous, corrosion-resistant (including sea water, aqua regia and chlorine) metal with a silver color. It was discovered in Great Britain by William Gregor in 1791, and named by Martin Heinrich Klaproth for the Titans of Greek mythology

William Henry uses only aerospace-grade titanium alloy for our frames, clips, and micro-fasteners. Called 6Al/4V, it is titanium with a little aluminum and vanadium added in for additional toughness and tensile strength.

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