Commonly used spray materials are:

       

WC-12Co

Performance and Application

Excellent low temperature wear resistance, excellent carbide dispersion promotes better microstructure, better deposition efficiency and density, smoother coating Better oxidation resistance than WC-Co and WC-NI and corrosion performance, excellent low temperature wear resistance, excellent carbide dispersion promotes better microstructure, better deposition efficiency and denser, smoother coating, better than other WC-based metal powders Oxidation and corrosion resistance properties, better chemical resistance, excellent carbide dispersion promotes better microstructure, better deposition efficiency and density, smoother coatings better than WC-Co Corrosion resistance, excellent low temperature wear resistance, excellent high temperature cavitation resistance, excellent friction wear and sliding wear resistance, dense coating, use temperature up to 870 ℃ for the preparation of heat resistance, oxidation resistance, corrosion resistance and adhesion resistance Wear, high temperature gas corrosion wear, high temperature erosion wear, low stress abrasive wear, hard surface wear and other coatings.

For high temperature oxidation environment, good red hardness. Mainly used for high temperature resistance intermetallic adhesion wear, wear particle wear, corrosion resistance, fretting wear resistance, high temperature erosion wear resistance.

Microhardness

＞1200

WC-10Co-4Cr

Performance and Application

Excellent low temperature wear resistance, excellent carbide dispersion promotes better microstructure, better deposition efficiency and density, smoother coating Better oxidation resistance than WC-Co and WC-NI and corrosion performance, excellent low temperature wear resistance, excellent carbide dispersion promotes better microstructure, better deposition efficiency and denser, smoother coating, better than other WC-based metal powders Oxidation and corrosion resistance properties, better chemical resistance, excellent carbide dispersion promotes better microstructure, better deposition efficiency and density, smoother coatings better than WC-Co Corrosion resistance, excellent low temperature wear resistance, excellent high temperature cavitation resistance, excellent friction wear and sliding wear resistance, dense coating, use temperature up to 870 ℃ for the preparation of heat resistance, oxidation resistance, corrosion resistance and adhesion resistance Wear, high temperature gas corrosion wear, high temperature erosion wear, low stress abrasive wear, hard surface wear and other coatings.

For high temperature oxidation environment, good red hardness. Mainly used for high temperature resistance intermetallic adhesion wear, wear particle wear, corrosion resistance, fretting wear resistance, high temperature erosion wear resistance.

Microhardness

＞1200

WC-CrC-Ni

Excellent low temperature wear resistance, excellent carbide dispersion promotes better microstructure, better deposition efficiency and density, smoother coating Better oxidation resistance than WC-Co and WC-NI and corrosion performance, excellent low temperature wear resistance, excellent carbide dispersion promotes better microstructure, better deposition efficiency and denser, smoother coating, better than other WC-based metal powders Oxidation and corrosion resistance properties, better chemical resistance, excellent carbide dispersion promotes better microstructure, better deposition efficiency and density, smoother coatings better than WC-Co Corrosion resistance, excellent low temperature wear resistance, excellent high temperature cavitation resistance, excellent friction wear and sliding wear resistance, dense coating, use temperature up to 870 ℃ for the preparation of heat resistance, oxidation resistance, corrosion resistance and adhesion resistance Wear, high temperature gas corrosion wear, high temperature erosion wear, low stress abrasive wear, hard surface wear and other coatings.

For high temperature oxidation environment, good red hardness. Mainly used for high temperature resistance intermetallic adhesion wear, wear particle wear, corrosion resistance, fretting wear resistance, high temperature erosion wear resistance.

Microhardness

＞950

WC-10Ni

Performance and Application

Excellent low temperature wear resistance, excellent carbide dispersion promotes better microstructure, better deposition efficiency and density, smoother coating Better oxidation resistance than WC-Co and WC-NI and corrosion performance, excellent low temperature wear resistance, excellent carbide dispersion promotes better microstructure, better deposition efficiency and denser, smoother coating, better than other WC-based metal powders Oxidation and corrosion resistance properties, better chemical resistance, excellent carbide dispersion promotes better microstructure, better deposition efficiency and density, smoother coatings better than WC-Co Corrosion resistance, excellent low temperature wear resistance, excellent high temperature cavitation resistance, excellent friction wear and sliding wear resistance, dense coating, use temperature up to 870 ℃ for the preparation of heat resistance, oxidation resistance, corrosion resistance and adhesion resistance Wear, high temperature gas corrosion wear, high temperature erosion wear, low stress abrasive wear, hard surface wear and other coatings.

For high temperature oxidation environment, good red hardness. Mainly used for high temperature resistance intermetallic adhesion wear, wear particle wear, corrosion resistance, fretting wear resistance, high temperature erosion wear resistance.

Microhardness

＞1100

Cr3C2-25NiCr

Performance and Application

Excellent low temperature wear resistance, excellent carbide dispersion promotes better microstructure, better deposition efficiency and density, smoother coating Better oxidation resistance than WC-Co and WC-NI and corrosion performance, excellent low temperature wear resistance, excellent carbide dispersion promotes better microstructure, better deposition efficiency and denser, smoother coating, better than other WC-based metal powders Oxidation and corrosion resistance properties, better chemical resistance, excellent carbide dispersion promotes better microstructure, better deposition efficiency and density, smoother coatings better than WC-Co Corrosion resistance, excellent low temperature wear resistance, excellent high temperature cavitation resistance, excellent friction wear and sliding wear resistance, dense coating, use temperature up to 870 ℃ for the preparation of heat resistance, oxidation resistance, corrosion resistance and adhesion resistance Wear, high temperature gas corrosion wear, high temperature erosion wear, low stress abrasive wear, hard surface wear and other coatings.

For high temperature oxidation environment, good red hardness. Mainly used for high temperature resistance intermetallic adhesion wear, wear particle wear, corrosion resistance, fretting wear resistance, high temperature erosion wear resistance.

Microhardness

＞850

Ni60

Performance and Application

It is used to prepare coatings such as heat resistance, oxidation resistance, corrosion resistance and adhesive wear resistance, high temperature gas corrosion wear resistance, high temperature erosion wear, low stress abrasive wear and hard surface wear.

Microhardness

＞700

Stellite alloy

For high temperature oxidation environment, good red hardness. Mainly used for high temperature resistance intermetallic adhesion wear, wear particle wear, corrosion resistance, fretting wear resistance, high temperature erosion wear resistance.