To meet the high demands for durability and sliding performance in transport equipment and sliding components, a special plateau structure was developed using OX-FSP and OX-Polish treatments. Traditional surface processing methods have limitations in optimizing shape changes and enhancing surface durability due to restrictions imposed by part geometry and material properties. OX-FSP + OX-Polish technology overcomes these challenges by offering freedom in processing shapes while optimizing surface roughness. This results in enhanced durability, prevention of performance degradation over long-term use, and significantly extended lifespans for sliding and engine components.

■ Features
Formation of Special Plateau Structure: Surface dimples improve oil film retention, enhancing sliding performance.
Optimized Surface Roughness: Achieves Ra 0.14 μm with OX-Polish alone, and Ra 0.62 μm with OX-FSP + OX-Polish for a uniform finish.
Freedom in Processing Shapes: Allows optimal surface processing tailored to part geometry and operating conditions.
Improved Durability: Strengthens surfaces to resist wear and damage, maintaining stable performance over time.

■ Capabilities
Surface Roughness Verification Results (JIS B 0601-1994):
OX-Polish Alone:
Ra: 0.14 μm
Rz: 0.53 μm
Rmax: 2.02 μm
OX-FSP + OX-Polish:
Ra: 0.62 μm
Rz: 3.36 μm
Rmax: 4.23 μm
Pitch Dimension and Amplitude Distribution Properties: Ensures surface uniformity for smooth sliding performance.

■ Application Examples
Engine Components: Improves durability to extend product lifespan and prevent performance degradation.
Sliding Components: Reduces wear and enhances sliding efficiency.
Transport Equipment: Improves fuel efficiency with the special plateau structure.

The special plateau structure created with OX-FSP + OX-Polish improves the performance and lifespan of components, contributing to enhanced production efficiency in manufacturing operations.

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