MSicard Cutlery

Chef's knife

  • Kitchen Knives

    245mm Carbon Steel Gyuto With Active Banding

    $50.00

    This 245mm gyuto has been a long time in the works. The particular steel I selected for this blade is one that I have long been attempting to find a suitable polishing regimen for. Many attempts have been made that lead to a variety of unsatisfactory results from splotchy etches, to finishes that rubbed away completely with just a paper towel.

    I’ve finally found a combination that produces not only an even and bold etch, but a durable one as well that wont simply rub away with a cloth. This blade’s finish is the culmination of approximately 50 hours of experimentation and trial and error between myself and an experienced blade polisher. For the time being at least, I’ll be keeping the alloy under wraps, but rest assured it is an excellent cutlery steel.

    Alloy banding is a phenomenon that appears in essentially every ingot based steel, whether it’s mild steel, high carbon steel, stainless steel, or semi stainless tool steel. As the steel cools at the mill the various alloying elements will segregate themselves during cooling, as they have different melting temperatures within the alloy and so solidify at different rates.

    The pattern in the as rolled bar is very linear and somewhat uninteresting, but with some heavy deformation at the correct forging temperatures (to avoid eliminating the pattern with excess heat) and the right heat treatment protocol (to enhance/preserve the banding while still reaching full hardness) results very reminiscent of a wattering wootz pattern are possible (as seen in this blade). Microstructurally, they are different, however at a surface level they are essentially indistinguishable.

    The profile is essentially a tall KS pattern.

    Blade Details

     

    Blade: 245mm x 56mm carbon steel (~64/65 hrc) Stone tuned bevels + 2500 grit hand finish + alloy specific polish to bring out the banding

    Neck: 16mmx19mm

    Handle: Stabilized/dyed maple burl, oil finished, buffed and waxed

    POB: 40mm from the handle

    Spine: 2.97mm at the handle, 2.40mm at halfway, .52mm 1cm from the tip

    Grind: full convex RH bias

    Weight: 192g

    Relieved choil and spine

    Edge: .14mm@1mm, .28mm@2mm from the edge, measured at the midpoint

    Click HERE for close up video of this 245mm gyuto

     

    Blade Special Features

    Fully convex ground carbon steel 245mm gyuto with active banding.

    This 245mm Gyuto features a stone tuned geometry and a very fine 2500 grit finish that was polished with my own special polishing protocol that highlights the banding without leaving a splotchy or unstable finish.

     

    For the maker’s impression on various steels click here: https://msicardcutlery.com/knife-making-steel-information-faq/

  • Gyuto (Chef's Knife)

    238mm MagnaCut Gyuto

    $592.00

    A 238mm MagnaCut Gyuto

    This gyuto is made from the revolutionary stainless steel MagnaCut and features a full convex grind to optimize food release with thin geometry. The profile has a generous flat area to prevent accordion cuts and the blade features a thin tip for fine cutting work.

    Blade Details

     

    Blade: 238mmx50mm CPM-MagnaCut (63 hrc) belt finish

    Neck: 18mmx18mm

    Handle: Bloodwood and Peruvian Walnut, oil finished and waxed

    POB: 38mm from the handle

    Spine: 2.50mm at the handle, 2.39mm at halfway, .71mm 1cm from the tip

    Grind: full convex 50/50 ground

    Weight: 160g

    Relieved choil and spine

    Edge: .14mm@1mm, .23mm@2mm from the edge, measured at the midpoint,

    Note: ​​​​Due to weakened electrolyte the “M” in the maker’s mark was etched a bit shallowly

    Blade Special Features

    A 238mm MagnaCut gyuto full convex ground for optimal food release with laser geometry

     

    To learn more about MagnaCut steel click here: https://knifesteelnerds.com/2021/03/25/cpm-magnacut/

    For the maker’s summative take on MagnaCut click here: https://msicardcutlery.com/knife-making-steel-information-faq/

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