Solutions

Wear resistance reduces surface abrasion caused by friction and enhances durability.

Build-up resistance reduces the formation of deposits on roller surfaces that come in contact with objects on steel production lines.

Corrosion resistance prevents surfaces from deteriorating or dissolving due to contact with gas or liquid.

Lubricity creates a low friction surface that protects against machine wear and seizure.

Thermal properties can improve the heat resistance and heat insulation of metals and resins and reduce surface temperature variation.

Electrical properties can provide electrical conductivity to the surface of insulating materials and electrical insulation to the surface of conductive materials.

Demolding properties and water repellency eliminate the causes of sticking and adhesion by optimizing surface heat resistance, insulation, and tension.

Electromagnetic induction heating (IH) properties can be added to the surface of non-magnetic materials, such as aluminum.

Hydrogen embrittlement resistance prevents embrittlement of steel materials caused by hydrogen permeation.

High radiation properties enhance the transmission of electromagnetic waves (heat rays of far-infrared rays).

An electromagnetic wave shield prevents the transmission of electromagnetic waves.

Dirt and sand wear resistance protects agricultural machinery from wear and damage caused by dirt and sand.

Surfaces with high porosity provide a high level of biocompatibility.

Plasma erosion resistance on the surfaces of semiconductor manufacturing equipment parts reduces dust generation.