Tungsten Carbide Impact Head with High Impact Toughness Superior Wear Resistance and Long-lasting Durability for Mining and Construction

The Tungsten Carbide Transition Impact Head is a high-performance impact tool component engineered for extreme working conditions. Manufactured through a composite process using ultra-hard tungsten carbide material and a special alloy steel substrate, this product features a precisely welded or inlaid tungsten carbide alloy layer on the impact surface. This innovative design achieves an optimal balance between hardness and toughness, specifically developed for crushing, drilling, and mining operations in high-wear, high-impact environments. The unique transition layer structure effectively addresses industry challenges of traditional impact heads, such as premature wear and short service life, significantly improving operational efficiency while reducing equipment downtime.

• Superior Wear Resistance: Tungsten carbide working surface hardness exceeding HRA 90, providing 8-10 times the wear resistance of traditional tool steel
• High Impact Toughness: Gradient transition design ensures the substrate maintains high toughness, preventing overall brittle fracture
• Excellent Thermal Stability: Withstands high-temperature environments up to 800°C while retaining superior physical properties
• Strong Compatibility: Standardized interface design compatible with mainstream hydraulic breakers and impact equipment
• Cost-Effective: Significantly extended service life reduces comprehensive operating costs by over 40%

• Mining Operations: Hard rock crushing, secondary breaking, tunnel development
• Construction Engineering: Foundation demolition, rock excavation, tunnel construction
• Metallurgical Industry: Slag processing, cold material crushing
• Emergency Rescue: Concrete demolition, road emergency repair
• Specialized Fields: Extreme environments like frozen ground excavation, underwater operations