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Optimized balance between film thickness and hardness High hardness DLC coating AC-X/X-AC-X・X
Optimized balance between film thickness and hardness High hardness DLC coating AC-X/X-Onward Giken Co., Ltd.

Optimized balance between film thickness and hardness High hardness DLC coating AC-X/X
Onward Giken Co., Ltd.

Onward Giken Co., Ltd.'s Response Status

Response Rate

100.0%

Response Time

99.1hours


About This Product

C-X・X is a special specification of DLC coating (ta-C type) that has optimized the "film thickness" and "hardness" of the DLC standard film <AC-X> in a well-balanced manner. Graphite is instantaneously evaporated and ionized to extract highly pure carbon, creating a smooth, hard film. By lowering the film hardness compared to the thick film specification <AC-X/W>, chipping due to thick film is suppressed. Ideal for carbide sliding parts and wear-resistant parts. (To ensure adhesion, we recommend using carbide as the base material.)

■Application examples of DLC coating <AC-X/X>

Wear-resistant parts, stainless thin plate press (0.05t), etc.

■Characteristics of DLC coating

DLC stands for <Diamond Like Carbon> and is a surface treatment technology that coats metal surfaces with a thin film mainly made of carbon. DLC, which is a mixture of structures such as diamond and graphite, is harder and slippery than general ceramic coatings such as titanium-based and chromium-based, and has properties such as ``wear resistance'' and ``resistance to adhesion of non-ferrous metals.'' Excellent. The discovery of DLC dates back to 1971. At that time, a ``black, hard film'' was discovered by chance during an experiment to synthesize diamond from methane gas, and it was subsequently named DLC and research has continued. Today, it is used in a wide range of industries as a coating that supports manufacturing, including cutting tools and molds, as well as automobile parts, mechanical parts, and medical parts.

■Characteristics of ta-C type

The ta-C type has a DLC coating with a tetrahedral amorphous carbon structure. The diamond structure has a high sp3 ratio, making it hard and highly wear resistant.

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    Optimized balance between film thickness and hardness High hardness DLC coating AC-X/X

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1 Models of Optimized balance between film thickness and hardness High hardness DLC coating AC-X/X

Image Part Number Price (excluding tax) Electrical resistance value Oxidation temperature Tone Membrane hardness Film thickness Water repellent angle Friction coefficient Stress Processing temperature
Optimized balance between film thickness and hardness High hardness DLC coating AC-X/X-Part Number-AC-X・X

AC-X・X

Available upon quote

107Ω cm

550℃

Rainbow

5,500Hv

1µm

80°

0.09~0.13

7GPa

150℃

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About Company Handling This Product

Response Rate

100.0%


Response Time

99.1hrs

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