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ABOUT BLACK PAKKAWOOD

Black Pakkawood is created using intense heat and pressure to fuse multiple layers of treated hardwoods into a beautiful, durable and moisture resistant composite.

Advantages:
1. Due to its interlaced fibers, Pakkawood can be produced in an incredible variety of shapes and sizes.

2. Pakkawood, made from resin-treated hardwood, is water-resistant, sanitary, and as easy to care for as plastic.

3. Pakkawood has the appearance, weight, and grip of hardwood, and is far more durable.

Natural wood is also a good material for handles. It is, however, slightly more difficult to care for, and most wood handles are not water or temperature resistant.

We have found Black Pakkawood to be an excellent material for crafting exciting new handles, with nearly all the advantages and none of the disadvantages of natural wood.
 

Handle 2p type
Handle 2p type Handle 2p type Handle 2p type Handle 2p type
Handle 3p type
Handle 3p type Handle 3p type Handle 3p type Handle 3p type

The Mystery of Damascus Steel:

Damascus Steel

 

Damascus steel was first created in ancient India more than 1600 years ago. Its superior strength and durability are exemplified by the Iron Pillar of Delhi - still standing and free from rust after centuries in the open air. Later, during the age of the crusades, Damascus items were kept as prized possessions and heirlooms in many royal houses.

 

Damascus steel blades are hard, rust-resistant, and feature unmistakably graceful ripples on their surface.

 

The ripples on the blade are created by the difference in carbon density - or the difference in tempering - of its steel components. This is the same process used in the forging of traditional Japanese swords. The ripples symbolize not only the mysterious allure of the Damascus blade, but also its legendary sharpness.

 

Today, the ripples on Damascus blades are created using multi-layers of different steels -the exact technique varies according to the manufacturer- in order to create the most beautiful, sharp, and resistant knives possible.

VG-10 steel

IRON: -Primary element

MANGANESE:-Ensures the steel's grain structure, hardening and wear resistance

VG-10 steel

 

MOLYBDENUM: -Prevents brittleness and maintains the steel's strength at high temperatures

 

COBALT: -For hardness and corrosion resistance

 

CHROMIUM:-Important for corrosion resistance. Steel containing 11.5% to 13% chromium is considered stainless

 

VANADIUM: -Essential for giving the blade its ability to harden. Also for C15 wear resistance and toughness of the blade, as well as the ability to take a very sharp edge

 

Features:
Just as in the days of traditional Japanese sword making, when it comes to high performance HOCHO, the importance of good steel can never be overstated. V Gold 10, a high quality stainless steel, is made from carefully selected pure iron material and is produced using cutting edge processes. VG-10, as it is commonly known, has great ductility, workability, and excellent forgeability - moreover, it is corrosion resistant and provides great abrasion resistance.


V Gold 10 is a unique formulation of steel with a high carbon content. It contains: Chromium (15%), Molybdenum (1%), and Cobalt (1.5%), which make the matrix (substrate) stronger and prevent carbides from dropping out. By adding Vanadium, the structure of the steel becomes finer. Together, these elements create hard carbides, which improve abrasion resistance and guarantee a long lasting edge. Easy to machine and to grind, VG-10 is often called "super steel," because it is designed to maintain sharpness and durability without becoming brittle, a major fault normally associated with exceptionally hard steel.

 

Component Standard

 

 

  C Cr Mo V Co
VG-10 1.0% 15.0% 1.0% 0.2% 1.5%

 

 

Parts of a Western style Knife

Mine: the spine of the kitchen knife - used to hold things in place or to scale fish

 

Kissaki: the area around the tip of the blade - the thinnest part of the blade, used to cut thin slices

 

Hasaki: the extreme point of the edge

 

Hamoto: the section of the blade nearing the handle - used for delicate work requiring maximum control, such as peeling

 

Ago: the terminal (or "chin") of the blade - used, for example, to cut out potato eyes

 

Kutigane: the metal junction between handle and blade - serves to protect the handle when inserted into a knife holder or knife stand

 

Hara: the flat side of the blade - used for crushing garlic

 

Handle: made from various materials, such as wood, plastic, composite woods, etc

 

Byô: joins the handle and blade

 

Ejiri:the heel (butt) end of the handle - used to crush garlic or tenderize meat

 

Nakago: the knife's tang - the extension of the blade to which the handle is attached

 

Hawatari: the length of the blade

 

Hahaba: the widest part of the blade

 

Parts of a Japanese style Knife

Mine: the spine of the kitchen knife - used to hold things in place or to scale fish

 

Kissaki: the area around the tip of the blade - the thinnest part of the blade, used to cut thin slices

 

Hasaki: the extreme point of the edge

 

Shinogi: the ridgeline of the blade

 

Kireha: the tapered edge along the front of the knife - the cutting part

 

Ago: the terminal (or "chin") of the blade

 

Machi: the neck of the blade near its handle

 

Toushin: the blade

 

Nakago: the tang
 

Ê: the handle

 

Ejiri: the end (heel or butt) of the handle

 

Hawatari: the length of the blade

 

Hahaba: the widest part of the blade

 

Blade Material

SK Steel
This steel is use for tempered tools or kitchen knives for home-use.

Cutting Durability Rust Sharpning Recommended for Hardness
× Home use HRC58±1

 

Shiro-kô Carbon Steel
This steel is created using fine iron sand and contains no added ingredients. It is harder than Stainless Steel however it is also more susceptible to chipping.
Cutting Durability Rust Sharpning Recommended for Hardness
Home use
Professional Use
HRC60±1

 

Ao-kô Carbon steel
Ao-kô steel is created by adding Chromium (Cr) and Tungsten (W) to Shiro-kô steel. Ao-Kô steel is harder, more durable, easier to temper, and capable of maintaining a longer-lasting edge than a Shiro-kô blade.
Cutting Durability Rust Sharpning Recommended for Hardness
Home use
Professional Use
HRC62±1

 

VG-10 Stainless Steel
Stainless Steel contains Chromium (Cr), which endows it with excellent rust and wear resistance - it is very popular among professional and amateur chefs alike, as it keeps its sharpness well and requires very little maintenance.
VG-10, 420, 6A and 8A are the most common forms of stainless steel, of which VG -10 is the most outstanding material. VG-10 is often called "super steel," because it is designed to maintain sharpness and durability without becoming brittle.
Cutting Durability Rust Sharpning Recommended for Hardness
Home use
Professional Use
HRC60±1

 

8A Stainless Steel
Another form of stainless steel, 8A is a functional and affordable material which features excellent rust and wear resistance. Excellent for home use, it keeps its edge well and requires very little maintenance. 
Cutting Durability Rust Sharpning Recommended for Hardness
Home use HRC58±1

 

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