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Hatsukokoro  |  SKU: HATS-VT2HNTR-PE150

Hatsukokoro Hinotori V-Toku 2 Petty 150mm Rainbow Damascus Finish

Regular price $359.95

IMPORTANT: Carbon steel knives can rust or patina quickly if not cared for properly. They require regular cleaning, drying, and oiling. If you are unfamiliar with carbon steel maintenance, we recommend choosing a stainless steel option instead.

Add a saya or K&S Knife Roll to receive $20 bundle discount!

Hatsukokoro Hinotori VToku-2
Petty / Utility, Paring
Double Bevel
Weight 64 g | 2.3 oz
Edge Length 149 mm | 5 55/64″
Heel Height 30 mm | 1 3/16″
Width @ Heel 1.9 mm | 5/64″
Width @ Mid 1.6 mm | 1/16″
Width @ 1cm from Tip 0.5 mm | 1/64″
Steel V-Toku 2 | Carbon
Blade Construction Sanmai - Stainless Damascus Clad
Hardness (HRC) 62 - 64
Surface Finish Etched
Handle Amboyna Octagonal Horn
Region Hyogo
Best for
  • Enthusiasts
  • Pro chefs
  • Free shipping for knives over AU$200 Australia wide.
  • World-wide shipping via DHL Express, 3 to 5 days.


Hatsukokoro's Hinotori(火の鳥, Bird of Fire) is one of those knives that stops you mid-scroll, and the name leaves no room for ambiguity once you lay eyes on it. The cladding of this line is a multi-metal Damascus comprising copper, brass, nickel and stainless steel with a heavy lean towards the warm metals, and after sandblasting and etching, the result is nothing short of spectacular. Reds, oranges and coppers swirl against cooler greys in a dense, almost geological pattern that shifts as the light moves across it, the darkened V-toku 2 core steel at the edge frames the whole composition in a clean dark band, and the wavy, organic boundary where the cladding meets the core gives the knife a sense of movement and life that few knives at any price can match. If the Anmon produced by Nigara draws comparisons to the deep pond below the waterfall, Hinotori is very much its counterpart — embers, molten metal and firelight captured in steel.

Behind that appearance is a blade that performs honestly for its price. The core steel is Takefu Special Steel's V-toku 2, their own interpretation of Blue 2, a low alloy carbon steel that sits at 62-64 HRC and delivers the kind of edge retention you'd expect from a well-regarded carbon steel in this category. The grind is well executed with good thickness control behind the edge, and as is often the case with carbon steel, the edge has that characteristic bite that stainless simply doesn't replicate — it doesn't so much push through food as it does slice open the fibres cleanly. Food release is standard for the geometry, and there are no particular downsides to flag in day to day cutting.

The multi-metal cladding is low maintenance by nature — every material present, from the copper and brass to the nickel and stainless layers, resists rust and staining on its own terms. That said, the V-toku 2 core steel is still exposed at the edge and will need the usual attention you'd give any carbon steel knife: keep it dry, wipe it down after use, and it will reward you well.

At 519 AUD for a 210mm Gyuto, the Hinotori sits in company with the Nigara Anmon and similar visually driven lines from Takefu Knife Village makers. At that price, the honest question is always how much of what you're paying for is performance versus appearance — and I think for this line, the answer is unapologetically weighted toward the latter, and that's perfectly fine. The performance is solid and the steel is a genuine workhorse, but the reason to own a Hinotori is that cladding. For collectors, enthusiasts or anyone looking for a striking gift that still cuts beautifully, this is a very compelling option that is hard to look past.

Pros Cons
  • Great artistic
  • Excellent fit and finish
  • Excellent performance
  • Relatively hard to sharpen
  • Prone to rust
Care Instruction
  1. Don't cut hard things! Japanese knives are brittle so bone hacking is a NO NO!
  2. Wash with neutral detergent after use, and wipe dry;
  3. Please don't wash knife with dishwasher, it will damage the wood handle;
  4. Be careful not to leave the knife close to a heat source for a long time;
  5. It is a lot more dangerous to cut with a blunt knife than a sharp knife!
  6. It is best to sharpen a Japanese knife regularly on a waterstone.
  7. Oil the (carbon) knife if storing for an extended period of time to prevent rust.

Hatsukokoro

Rising star of the industry

Hatsukokoro as a brand works extensively with the Japanese kitchen knife industry. Through collaboration with makers and manufacturers across the Japan, they’ve designed and created a huge collection of different knives, covering every possible price range while having a great value in many of their product lines. Their capabilities to incorporate resources have built a strong relation with knife makers, and more and more are happy to send their knives down to Amagasaki and have them delivered across the world.

“The rapidly expanding new brand in the industry based in Amagasaki, offering great varieties by working close with different makers across entire Japan to the entire globe while innovating in product design and metal fabrication.”

Est. 2019 | 令和元年
Known for Unrivalled product availability, exceptional performance at a highly competitive price.
Website handk.co Instagram @handk_official Read more about Hatsukokoro
Hatsukokoro — Hyogo
Profile: Petty
Profile

Petty

Utility, Paring

The Petty knife, a smaller Japanese utility knife, serves as an ideal tool for precision tasks such as peeling, trimming, and slicing fruits and vegetables. With a blade length ranging from 120mm to 180mm (4.7 to 7 inches), it stands out for its ability to handle detailed work like deveining shrimp or cutting garnishes. Its slightly longer and slimmer profile compared to the Western paring knife enhances its functionality for intricate tasks, making it a valuable addition to any kitchen toolkit.
Composition

V-Toku 2 Element Composition

Compare with
    V-Toku 2
    1.25% 0.9% 0.6% 0.3% 0
    C Carbon 1.05%
    Primary hardening element. Raises hardness and wear resistance — but too much increases brittleness and corrosion susceptibility. As a reference: German 1.4112 (~0.5%) sits at the low end; VG-10 (~1.0%) is a common mid-range; SG2 (1.25–1.45%) and ZDP-189 (~3.0%) represent high and extreme ends respectively.
    C
    1.05%
    Cr Chromium 0.35%
    Raises corrosion resistance; 13%+ qualifies steel as stainless. Also improves hardenability and wear resistance. In kitchen use, higher chromium levels contribute to a slight drag or sticking sensation when cutting — a trade-off for the rust resistance it provides.
    Cr
    0.35%
    V Vanadium 0.2%
    Forms extremely hard carbides for superior edge retention. Also refines grain structure, improving toughness.
    V
    0.2%
    W Tungsten 1.25%
    Forms hard carbides for wear resistance and edge retention. Gives the steel hardness even at elevated temperatures.
    W
    1.25%
    Mn Manganese 0.5%
    Aids hardenability and strength. Acts as a deoxidiser during smelting. Excess can reduce toughness.
    Mn
    0.5%
    Si Silicon 0.35%
    Strengthens the steel matrix and acts as a deoxidiser. Improves hardness and resistance to oxidation.
    Si
    0.35%
    P Phosphorus 0.03%
    Impurity from the smelting process. Even small amounts cause brittleness — steelmakers keep this as low as possible.
    P
    0.03%
    S Sulfur 0.03%
    Impurity that reduces toughness and promotes brittleness. Intentionally added only in free-machining steels.
    S
    0.03%
    Ni Nickel 0.25%
    Improves toughness and ductility without sacrificing hardness. Adds a small boost to corrosion resistance.
    Ni
    0.25%
    C — Carbon Cr — Chromium V — Vanadium W — Tungsten Mn — Manganese Si — Silicon P — Phosphorus S — Sulfur Ni — Nickel
    Hardness 62–64 HRC
    555759616365+
    Steel
    V-Toku 2
    Category
    Carbon
    Manufacturer
    Takefu Special Steel, Japan 🇯🇵
    Hardness
    62–64 HRC
    Steel

    V-Toku 2

    • Manufacturer
      • Takefu Special Steel, Japan
    • Nature Carbon
    • Hardness62–64 HRC
    V-Toku 2(V特2号, V-Special 2) is Takefu Special Steel's take on the classic Hitachi Blue 2 Steel. As a alloy carbon steel, its chemical composition is very close to Blue 2 with some addition of Vanadium, combined with the higher claimed purity by Takefu, V-Toku 2 should have a slight improved wear resistance than the Blue 2.

    V-Toku 2 have excellent hardenability, which allows it to be brought up to HRC64, many makers will take advantage of the hardness to produce razor-thin blade that will slice through food extremely well. As Takefu also produce laminated billets with copper or bronze layers, V-Toku can also be seen on knives from European and American makers, which allows many chefs to benefit from the excellent cutting experience of a carbon steel knife.
    Construction: Sanmai - Stainless Damascus Clad
    Construction

    Sanmai - Stainless Damascus Clad

    Sanmai(Three-Piece) is a common construction for double bevel knives where two pieces of softer cladding steel are forgewelded to each side of a harder core steel. The harder but more brittle core steel will form the hard cutting edge after heat treating, and the softer cladding will support the core to increase the overall strength of the blade.

    Damascus Sanmai utilize damascus steel as the cladding material for the Sanmai construction, which adds aesthetic feature to the blade. On the Kitchen knives with stainless core steel, the damascus cladding will be stainless, this means they will also protect the carbon/semi-stainless core from rusting/discolouration.

    The soft cladding enables the thinning process to be a lot easier than a honyaki or monosteel construction. However, when the cladding is made of damascus, whether etched, polished or mirror polished, the thinning process will take a toll on the cladding, meaning the damascus won't look the same as when it was taken out of the box.

    Finish: Etched
    Finish

    Etched

    The etching process starts with the knife being thoroughly cleaned to remove any oils or residues. A protective mask may be applied to the areas not intended to be etched. The blade is then submerged in an acidic solution, such as ferric chloride, which reacts with the different layers of steel at varying rates. This creates a layer of dark oxide on the surface of the blade where the thickness of the oxide varies according to the reactiveness of the steel. After etching, the knife is neutralized in a baking soda solution, rinsed, and dried. The final step involves polishing the blade to highlight the etched design, enhancing both the knife's beauty and showcasing the craftsmanship of its maker.

    Handle
    Handle

    Handle Specs

    • Profile Octagonal WA
    • Material
      • Ambonya Burl

    TBA

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