The Spearpoint ‘Fire and Ice’ features a frame in aerospace-grade titanium, inlaid with a spectacular 'hybrid' of natural wood and colored resin. The blade is 'Wave' damascus with an extra strong core of VG-10; the one-hand button lock and the thumb stud are set with tiger eye gemstones. A remarkable design that gives you an instrument with a full-size secure grip, and a versatile deep-belly blade, the Spearpoint epitomizes William Henry’s core philosophy – that superlative function deserves to be elevated to superlative art. The ‘Fire and Ice’ features some of the exotic materials and hand-forged metals that are the hallmark of William Henry's collections; a distinctive personality statement to be worn and used for a lifetime.
Blade 3.06" (77.7mm)
Handle 4.13" (104.9.5mm)
Overall open 7.19" (182.6mm)
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.
William Henry's patent-pending Wave Damascus features a core in ZDP-189 (HRC 67) or VG-10 (cryo-tempered to a hardness of HRC 61) for superior sharpness and edge retention over time. The core of the blade is clad with alternating layers of stainless steel and nickel silver. The billet, 45 layers in all, is patterned with a custom die to create the undulating waves that emerge across the bevels of the blade. This material can be dark-etched for contrast, or etched and re-polished for a more subtle pattern.
ShokWood is a trademarked wood-resin hybrid material created from several varieties of wood by stabilizing them in urethane resin. The process allows us to feature specific cuts and/or burls that would otherwise be too irregular or inconsistent to be used. The process includes high-pressure casting at 80 psi to minimize air bubbles and aid in a firm and durable bond.