The Miyabi 7000D Japanese Santoku knife is an aesthetic, high-quality tool that has impressed both professional chefs and ambitious amateur cooks. The unique Honbazuke ground blade makes it ideal for cutting fish, meat and all kinds of vegetables with exceptional precision . Each knife has a unique Damascus pattern and can be used to prepare original Japanese dishes and other dishes that are sure to be the highlight of any gathering.

The blade is made of a CMV60 steel core surrounded by 64 layers of high-tensile steel for an extra-hard edge and corresponding flexibility throughout the blade. The knife is then subjected to a complex cold-hardening process (CRYODUR®). This process not only ensures higher hardness, but also makes the knife more resistant to corrosion. The traditional D-shaped handle is impressively stable and easy to maintain, and its excellent balance prevents fatigue during work. Bring professionalism and comfort to your cooking with the Santoku knife.

SPECIAL FEATURES

• CMV60 steel blade core laminated with 64 layers of stainless steel during forging guarantees hardness and durability
• Unique Damascus pattern CRYODUR® hardened blades provide exceptional durability, corrosion resistance and optimal flexibility
• Traditional D-shaped handle with unique design for perfect balance and fatigue-free cutting
• Symmetrical blade with super sharp Honbazuke edge for incredible sharpness
• Durable and easy-to-clean pole made of multi-layered linen and synthetic resin combined with stainless steel

Dimensions

• Blade length: 18 cm
• Handle length: 14 cm
• Blade width: 0.2 cm
• Handle width: 2.3 cm
• Height: 4.7 cm
• Weight: 0.23 kg

Miyabi 7000D series knives are a useful, quality addition to your kitchen that surpasses other knives in both quality and range of applications.

The blade core is made of CMV60 steel, embedded in 64 layers of stainless steel. This steel is extremely hard and durable, which ensures excellent sharpness and blade durability. The blades, hardened with CRYODUR freezing technology, are particularly resistant to corrosion and are characterized by the best flexibility.