Free 2-Day shipping in the U.S. - Pay over time with

Twenty-Five X

Edition of 25 pieces -
SKU
B09 TWENTY-FIVE X
The Kestrel 'Twenty-Five X' features a striking frame in William Henry's signature 'Wave' mokume that has been inlaid with a beautiful piece of pink lip pearl. The...
Read More
$1,650.00  
Pay over time with
Bread Checkout
 

The Kestrel 'Twenty-Five X' features a striking frame in William Henry's signature 'Wave' mokume that has been inlaid with a beautiful piece of pink lip pearl. The blade is crafted from 'Copper 'Wave' damascus with an extra strong core in VG-5. The one-hand button lock and the thumb stud are set with moonstones. An exceptional design that offers rigorous performance in a sleek, comfortable knife, the Kestrel is also the perfect canvas to showcase William Henry’s range of exotic materials and techniques. The ‘Twenty-Five X’ features some of the exotic materials and hand-forged metals that are the hallmark of William Henry's collections; a timeless heirloom to be proudly worn and used for a lifetime before being handed-down to another generation.

Features & Specs

  • One-hand button lock system
  • Leather carrying case
  • Shipped in an elegant wood presentation box
  • Dimensions: 
  • Blade 2.13" (54.1mm)
    Handle 2.88" (73.1mm)
    Overall open 5.00" (127mm)

Materials & Artistry
Copper Wave damascus

Copper Wave damascus

This beautiful William Henry exclusive blade steel (patent pending) incorporates copper and stainless steel into a 45 layer Wave Damascus that features a core of VG-5 stainless steel. This steel attains a hardness of HRC 59, excellent by any standards, at the cutting edge.

Wave Mokume

Wave Mokume

Wave Mokume is another William Henry exclusive material (patent pending) that fuses traditional metal forging with modern fabricating technology. This alloy features copper, stainless steel, and pure iron in a 55 layer billet patterned with our undulating Wave. When highly polished and heat colored, the iron layers take on deep browns, purples, or blues according to temperature and quenching technique.