Wear Resistance Applications with AMPCO® Alloys

AMPCO METAL provides high-performance aluminum bronze alloys that deliver exceptional wear resistance, durability, and performance under demanding conditions due to their high hardness and strength, good sliding properties, low coefficient of friction, no adhesion, and high corrosion resistance. Our alloys are designed to withstand friction, impact, and heavy loads, ensuring extended service life and reliability for critical components across multiple industries.

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Key Features of AMPCO® Wear-Resistant Alloys

  • Superior wear resistance under extreme conditions
  • High strength with excellent ductility and toughness
  • Resistant to galling and seizing against stainless steel
  • Corrosion resistant with excellent sliding properties
  • Hydrogen compatible and food certified (select grades)
  • Longer service life, reducing maintenance and downtime
Key Features of AMPCO® Wear-Resistant Alloys

Applications of Wear-Resistant Alloys

Bushings and bearings for heavy-duty equipment

Bushings and bearings for heavy-duty equipment

Wear plates and liners in steel and mining industries

Wear plates and liners in steel and mining industries

Sliding components exposed to friction and impact

Sliding components exposed to friction and impact

Valve seats, guides, and pump components

Valve seats, guides, and pump components

Extended Overview

AMPCO® wear-resistant alloys are trusted by engineers worldwide for their outstanding performance in demanding environments. With a proprietary microstructure and carefully controlled metallurgical processes, AMPCO® alloys offer superior resistance to wear, galling, and fatigue compared to conventional bronzes. They are widely applied in sectors such as steel, marine, mining, process industries, and general engineering.

By choosing AMPCO® alloys, customers benefit from extended component life, improved operational efficiency, and reduced downtime, making them the preferred solution for wear-critical applications.

Extended Overview

Let us help you find the best

Let us help you find the best wear-resistant alloy for your application. Our team can recommend the right grade based on load, friction, operating environment, and component design to improve service life and reduce downtime.

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