Base Material

Cast Tungsten Carbide (CTC):
Applications:
Used in manufacturing diamond drill bit matrix materials, Plasma Transferred Arc (PTA) hardfacing materials, thermal spray powders, and wear-resistant carbide welding electrodes/wires. Widely applied for pre-reinforcement or wear repair of abrasion-prone surfaces in mining, oil & gas drilling, metallurgy, construction machinery, and steel industries.

Technical Features:

• High melting point (2,525°C).
• Ultra-high hardness (HV0.1 2200).

Spherical Cast Tungsten Carbide:(SCTC)
Applications:
Used in diamond drill bit matrix materials, PTA hardfacing materials, thermal spray powders, and wear-resistant carbide welding electrodes/wires. Extensively applied in oil drill bits, PDC drill bits, and other infiltration-coated, spray-welded, or hardfaced products for surface wear resistance enhancement.

Technical Features:

• High melting point (2,525°C).
• Extreme hardness (HV0.1 2700).
• Excellent flowability for uniform deposition.

Macrocrystalline (Mono)Tungsten Carbide (MTC):
Applications:
Used in diamond drill bit matrix materials, PTA hardfacing materials, thermal spray powders, wear-resistant welding electrodes/wires, and as raw material for cemented carbides. Applied for pre-reinforcement, wear repair of abrasion surfaces, and cemented carbide production in mining, oil drilling, metallurgy, construction/agricultural machinery, and steel industries.

Technical Features:

• Very high melting point (2,700°C).
• High hardness (HV0.1 1700).
• Superior wear and impact resistance.

Cemented Carbide Pellets:
Applications:
Used in manufacturing wear-resistant carbide welding wires, thermal spray powders, and hardfacing materials. Applied for reinforcement or repair of wear surfaces in mining, oil drilling (bits, wear bands), metallurgy, construction/agricultural machinery, and steel industries.

Technical Features:

• High hardness range (HV0.1 1400-1600).
• Exceptional wear and erosion resistance.