Three Industrial Wear Alloys

We engineer and apply specialized wear-resistant materials tailored to your system's specific flow dynamics and impact stress.

Alumina Ceramic Tiles

Chromium Carbide

High-Purity Alloys

Extreme abrasion resistance for high-velocity particulate flow and chute systems.

Impact-resistant cladding designed for heavy structural equipment and high-temperature zones.

Lightweight structural fabrications for weight-sensitive applications requiring corrosion resistance.

Mechanical Properties

Verify our precise material tolerances, hardness ratings, and temperature thresholds engineered specifically for severe high-abrasion industrial environments.

Alumina Ceramic

Hardfaced Alloy

Structural Aluminum

This material delivers extreme hardness rating of nine on the Mohs scale, making it ideal for pneumatic conveying of highly abrasive minerals.

Our custom chromium carbide weld overlay is engineered specifically to withstand severe mechanical impact and extreme high-temperature zones.

This high-strength alloy grade provides exceptional structural integrity and corrosion resistance in highly corrosive marine and chemical environments.

Sinter Plant Chute Performance

A major steel processing plant experienced catastrophic chute failure every three months. We engineered a custom steel chute lined with pre-engineered alumina ceramic tiles, bonded with high-temperature epoxy to withstand constant abrasive impact.

After twenty-four months of continuous operation, ultrasonic testing revealed less than 0.5mm of wear. The system continues to operate at peak capacity with zero unscheduled downtime.