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Coating

We have DLC coatings and glass-like carbon coatings that are used in many industrial fields. DLC coating is used to improve the life of workpieces by depositing a DLC film with excellent lubricity on the workpiece using a plasma ion implantation coating system. Glass-like carbon coatings form glass-like carbon by coating graphite material with a proprietary resin and then sintering it on the workpiece. This coating is also used to prevent the generation of particles from semiconductor manufacturing system parts. Please contact us for more details.

ガラス状カーボンコート / Glass-like Carbon Coat

  • ガラス状カーボンコート / Glass-like Carbon Coat

Glass-like Carbon Coat “Technology to form a coating layer”

  • Cleaning/Surface Treatment
  • Coating

Glass-like carbon coating is a technology that forms a coating layer of glass-like carbon by heating up graphite material coated with a proprietary resin.

Glass-like carbon coating is a technology that forms a coating layer of glass-like carbon by heating up graphite material coated with a proprietary resin.
This technology can be used to coat parts for semiconductor manufacturing systems to reduce particle generation from the parts.

【Features】
・Reduces dust generation of graphite materials.
・Permeating not only the surface of the graphite material but also the inside.
・Reduces the generation of gas from graphite materials.
・Reduces gas permeation of graphite materials.
・Capable of handling various shapes of graphite materials.
・Reduces reaction with metal and glass.

*Please contact us for more information.

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BASIC INFORMATION

Glass-like carbon coating is a technology that forms a coating layer of glass-like carbon by heating up graphite material coated with a proprietary resin.
This technology can be used to coat parts for semiconductor manufacturing systems to reduce particle generation from the parts.

*Please contact us for more information.

APPLICATIONS/SALES RECORD

【Applications】
・Jigs for semiconductor manufacturing
・Jigs for FPD manufacturing
・Jigs for assembly of electronic components
・Crucibles for vapor deposition
・Jigs for Hermetic sealing jigs
・High-temperature and vacuum components
・Other Graphite Products

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DLCコーティング-1 / DLC Coating-1

  • DLCコーティング-1 / DLC Coating-1
  • DLCコーティング-2 / DLC Coating-2
  • DLCコーティング-3 / DLC Coating-3

DLC Coating, DLC System “Low temperature deposition” “Hard to peel off”

  • Cleaning/Surface Treatment
  • Coating

The plasma ion implantation method enables diamond-hard, low-friction, high-cohesion coatings on various shapes and sizes of metals, resins, and rubber materials.

DLC (diamond-like carbon) coating deposits a low-friction DLC film using plasma ion implantation coating method.

【Features】
■Capable of handling work with complicated shapes
・By using the work itself as a source of plasma, plasma is formed along the shape of the work and allows gas to flow around and deposit a film on complicated shapes and interiors.

■Excellent lubricity
・Excellent lubricity due to the formation of low coefficient of friction film

■Can deposit on resin and rubber as well as metal and aluminum.
・Low-temperature deposition is possible.

■Can deposit with the flexibility to follow the shape of the base material (even resin is resistant to film peeling).

*Please contact us if you have any problems with life reduction due to friction of parts.
*We can provide technical explanations and trial production.
*We also sell DLC deposition system.
*For more information, please contact us or download our catalog.

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BASIC INFORMATION

Deposits low-friction DLC films using plasma ion implantation deposition method.
By using the workpiece itself as a source of plasma, plasma is formed along the shape of the workpiece, allowing the gas to penetrate the complex shapes and interior of the workpiece to form the film.
Ion implantation allows deposition ions to penetrate the workpiece surface and achieve high adhesion to the deposited film.

・Low coefficient of friction film formation provides excellent lubricity.
・Can be applied to workpieces with complex shapes.
・Low temperature deposition is possible on resin, rubber, metal, and aluminum.
・Film can be deposited with flexibility to follow the shape of the base material, and it does not peel off easily even on resins.

*For more information, please contact us or download our catalog.

APPLICATIONS/SALES RECORD

【Applications】
・Semiconductor manufacturing parts: Improvement of wear resistance, prevention of metal contamination, etc.
・Various packing: Improvement of sliding property, durability, and chemical resistance
・Track record in a wide range of fields including molds, equipment parts, and jigs

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