Chroma 1000/3500 combination whetstone
Chroma ST 1000/3500 combination whetstones is made from finest materials. Combination stones are designed to give to you the very best results when sharpening Japanese knives
Chroma 1000/6500 combination whetstone
Chroma ST 1000/6500 combination whetstones is made from finest materials. Combination stones are designed to give to you the very best results when sharpening Japanese knives
Haiku Kurouchi 4 1/4" Yangi
CHROMA HAIKU Kurouchi knives meet all the requirements of a TAKUMI knife. Upon delivery, the blade already possesses a breathtaking keenness, and, as with all TAKUMI knives, by regrinding with a good grindstone, its cutting capacity can be raised to a level that is practically unattainable for traditional kitchen knives. A “sandwich construction”, produced with a core made from extremely hard, blue AOKO steel which is subsequently protected by softer layers of iron, makes it possible to achieve an optimal hardness of 61° HRC at the cutting edge.
Haiku Kurouchi 6 3/4" Santoku
CHROMA HAIKU Kurouchi knives meet all the requirements of a TAKUMI knife. Upon delivery, the blade already possesses a breathtaking keenness, and, as with all TAKUMI knives, by regrinding with a good grindstone, its cutting capacity can be raised to a level that is practically unattainable for traditional kitchen knives. A “sandwich construction”, produced with a core made from extremely hard, blue AOKO steel which is subsequently protected by softer layers of iron, makes it possible to achieve an optimal hardness of 61° HRC at the cutting edge.
Haiku Kurouchi 8 1/2" Ko-Yanagi
CHROMA HAIKU Kurouchi knives meet all the requirements of a TAKUMI knife. Upon delivery, the blade already possesses a breathtaking keenness, and, as with all TAKUMI knives, by regrinding with a good grindstone, its cutting capacity can be raised to a level that is practically unattainable for traditional kitchen knives. A “sandwich construction”, produced with a core made from extremely hard, blue AOKO steel which is subsequently protected by softer layers of iron, makes it possible to achieve an optimal hardness of 61° HRC at the cutting edge.