Classification: Nickel-Phosphorus Alloy

Features:

• Corrosion Resistance: Excellent performance in acidic, alkaline, and salt spray environments, particularly superior to stainless steel in Cl⁻-containing media. Ideal for marine and chemical environments.

• High Hardness & Wear Resistance: As-plated hardness of ~500-600 HV; increases to over 1000 HV after heat treatment (300-400°C), suitable for high-wear components.

• Uniform Coating: Electroless plating ensures even coverage on complex geometries without additional machining.

• Non-Magnetic (High Phosphorus Type): Non-magnetic when phosphorus content exceeds 10%, suitable for electronic devices. Note: Heat treatment may precipitate magnetic phases, requiring process control.

• Weldability & Thermal Conductivity: Good welding performance and thermal conductivity, ideal for heat-dissipating components.

• Catalytic Activity: High specific surface area and reactivity, used in hydrogenation, fuel cells, and catalytic reactions.

• Thermal Stability: Oxidation-resistant at high temperatures; some grades withstand temperatures above 400°C.

Applications:

• Anti-Corrosion Coatings:

  • Petrochemical: Corrosion protection for pipelines, valves.

  • Marine Engineering: Ship components, offshore platforms.

• Electronics & Semiconductors:

  • Hard disks/connectors: Non-magnetic coatings.

  • PCBs/MEMS: Enhanced wear resistance and conductivity.

• Mechanical Industry:

  • Bearings/gears: Extended lifespan.

  • Automotive: Wear-resistant treatment for pistons, fuel injectors.

• Aerospace: High-temperature protection for engine components, turbine blades.

• Catalysis: Catalyst supports, electrodes for water electrolysis hydrogen production.

• Medical Devices: Corrosion-resistant coatings for surgical tools, implants.

• Emerging Technologies:

  • 3D Printing: Wear-resistant component manufacturing.

  • Composites: Enhanced matrix properties.

Packaging: Custom packaging
Shape: Block