Long Life Carbide Threading Dies / Tungsten Carbide Tools High Stability

Long Life Carbide Threading Dies / Tungsten Carbide Tools High Stability

Carbide Threading Dies Features

1) Extension of die life and stability of life

By controlling the particle size distribution of WC, can make the plastic deformation and reduce the load of thecemented carbide to improve the compressive strength and fracture toughness, delaying the occurrence and propagation of cracks of the mould process, long service life, and has a very high consistency.

2) Bite and adhesion decreased considerably

High temperature single crystal WC was used to strengthen the binding of crystalline structure and effectively strengthen the cobalt phase, thus effectively inhibiting the cracking of the material.

3) The corrosion resistance and electrical resistance of the cemented carbide are improved

Because of the strengthening of the cobalt phase, the corrosion resistance of the cemented carbide is greatly improved, so that the cemented carbide is suitable for discharge machining.

Carbide Threading Dies Introduction:

The concept of cemented carbide: A composite material consisting of refractory metal compound (hard phase) and binder metal (bonded phase) produced by powder metallurgy.

Basic characteristics of cemented carbide:

1. High hardness and high wear resistance

2. High modulus of elasticity

3. High compressive strength

4. Good chemical stability (acid and alkali resistance, high temperature oxidation)

5. Low impact toughness

6. Low expansion coefficient, thermal conductivity, electrical conductivity and similar to iron and its alloys

Application of cemented carbide: modern tool materials, wear resistant materials, high temperature and corrosion resistant materials.

Advantages:

Our company can customize all kinds of hard alloy (tungsten steel) non-standard shaped parts according to the drawings or samples provided .

The concept of cemented carbide: A composite material consisting of refractory metal compound (hard phase) and binder metal (bonded phase) produced by powder metallurgy.

Basic characteristics of cemented carbide:

1. High hardness and high wear resistance

2. High modulus of elasticity

3. High compressive strength

4. Good chemical stability (acid and alkali resistance, high temperature oxidation)

5. Low impact toughness

6. Low expansion coefficient, thermal conductivity, electrical conductivity and similar to iron and its alloys

Application of cemented carbide: modern tool materials, wear resistant materials, high temperature and corrosion resistant materials.