Yoshihiro Kurouchi Black-Forged High Carbon Blue Steel Stainless Clad Petty-Kiritsuke Utility Knife Ebony Handle (6" (150mm) & Saya)

About this item

Blade Material: Blue Steel #2 Core / Edge Angle: Double Edged / Grade: Kurouchi Stainless Clad / Handle Shape: Octagonal / Handle Material: Ebony wood / HRC: 62-63 / Knife Style: Petty-Kiritsuke Utility Knife / Saya Cover: Optional Lacquered Magnolia Wood Cover / Stain Resistant: Yes, except along the knife’s edge / Made in Japan
Kurouchi translates as “Black-Forged” and this unique style of forging offers a characteristic look and an unpolished rustic aesthetic finish to the blade.With a HRC of 62-63, the core of Blue Steel #2 is prized for its high edge retention and provides an extremely sharp edge that is able to maintain its sharpness over extended period of time.
Sometimes called a utility knife, the Petty Kiritsuke is a smaller version of a chefs knife but is bigger than a Paring knife. The Petty Kiritsuke fits in small places that require more dexterity than bigger chefs knives while handling bigger jobs than a Paring knife can take care of. The Petty Kiritsuke will soon become the go-to knife in your kitchen.
Proudly made in Japan and not mass produced. This knife is complimented with a traditional Japanese Wa-style handcrafted Handle that is lightweight and ergonomically welds to the hand for seamless use. An optional and recommended protective wooden sheath called a Saya can be purchased together, which protects the knife and adds to its appearance when not in use. Every knife from Yoshihiro is handcrafted by master artisans creating a unique one-of-a-kind work of art.
Traditional Japanese knife making values a sharp edge, which requires attention and care. Sharpening and honing should be done with only water whetstones. Hand wash and dry only, and do so immediately if working with acidic ingredients. Do not use on objects such as bones, nutshells, and frozen foods. Carbon steel can oxidize if not properly maintained. Keep dry and oil regularly to prevent oxidation along the knife's edge.