Powder metallurgy is made of metal or a metal powder (or mixture of metal powder and nonmetal powder) as the starting material,
after forming and sintering, metal materials, and various types of composite products technology.
Powder metallurgy and production of ceramics have similarities, therefore,
a series of powder metallurgy new technology also can be used for preparation of ceramic materials.
Because of the advantages of powder metallurgy technology, it has become the key to solve the problem of new materials,
plays an important role in the development of new material

PM has a unique chemical composition and mechanical, physical properties,
and these properties are traditional casting methods can not be obtained.
Using powder metallurgy technology can be made porous, semi-dense or fully dense material and products,
such as oil bearing, gears, cams, guides, tools, etc., it is a no less cutting process. Compared with other processes,
powder metallurgy technology has the following unique advantages:

1. ultra- precision punch technology can minimize the alloy component segregation,
eliminating coarse, uneven casting organization.
Rare earth materials in the manufacture of high-performance,
high-temperature superconducting materials,
new metal materials (such as Al-Li alloys, heat-resistant Al alloys, super alloys, corrosion resistant stainless steel powder,
powder high speed steel, high-temperature structural materials intermetallic compounds, etc.) have important role.

2. You can easily achieve a variety of types of compound,
give full play to the characteristics of each component material is a low-cost production of high-performance metal matrix and ceramic composites technology.

3. You can produce ordinary melting materials and products can not be produced with special structure and properties,
such as the new porous biomaterials, porous separation materials,
high-performance structural ceramic abrasive and functional ceramic materials.

4. You can achieve near net shape forming and automated mass production, and thus,
can effectively reduce the production of resources and energy consumption.

5. is a renewable material can be effectively and utilization of new technologies.
The most common machining tools, hardware Abrasives, many that powder metallurgy techniques.

Fujipunch metallurgy mold used in Japan Fuji super wear-resistant carbide materials finishing production,
the product has high hardness, wear resistance, toughness, stability,
long life and other characteristics, used in metallurgy auto parts mold punch industry.
Gear, oil bearing, casing, auto parts, motorcycle parts and other workpieces mold

FUJIPUNCH™ is only use Fujilloy imported from Japan as material, it is processed by Toshiba and YASDA and other nano-precision machining equipment.Through the precision mold punch to service safe and reliable component manufacturing for customers in the automotive industry, contribute to human exquisite life. And to become auto parts mold ultra-carbide punch benchmark brand.

Fujipunch,Genuine material