Low friction & high hardness! Applicable to automotive parts, cutting tools, molds, etc. Contributes to fuel efficiency and wear prevention.
Our "DLC Coating" possesses all the characteristics required for mechanical relative motion such as rotation, sliding, and reciprocation, and is effective in coating cutting tools, various molds, and automotive and machine parts. For example, applying it to automotive engine parts can reduce the coefficient of friction, leading to improved fuel efficiency. We are currently offering a "DLC and Ceramic Coating Application Case Collection" that summarizes detailed application examples and selection criteria! 【Effective for the following applications】 ■ Automotive engine parts: Fuel efficiency improvement through reduced friction resistance in oil ■ Automotive drive components: Vibration and noise reduction through wear reduction ■ Semiconductor mounting parts: Prevention of seizure through lubrication-free operation ■ O-rings: Improved sliding properties while maintaining sealing performance *For more details, please refer to the PDF materials or feel free to contact us.
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**DLC Coating by Japan ITF** ■History and Achievements - Over 20 years of extensive experience in DLC development and coating services. - A wide range of mass production achievements, including household hot water faucets, industrial sewing machine parts, camera housing O-rings, and tools for aluminum processing, with accumulated know-how for mass production tailored to various applications and shapes. ■Processes and Types of Coatings - Capable of handling both PVD and plasma CVD processes. - Various types of coatings available, from hydrogen-containing DLC to hydrogen-free DLC and Si-added DLC. - Coating is possible on a wide range of substrate materials, from polymer materials to metals and ceramics, with the ability to select and propose processes and types of coatings according to applications and purposes. ■Applications - DLC, which excels in sliding properties, is widely adopted in sliding components (such as automotive and machine parts). - In tool and mold applications, it demonstrates excellent resistance to adhesion against soft metals (the property of work materials being less likely to adhere to molds, etc.), and there are various examples of use in different mold applications alongside coatings other than DLC.
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*For more details, please refer to the materials. Feel free to contact us as well.*
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Our company is dedicated to technology and aims to serve you through the engineering of "ceramic coatings." We are committed to pursuing new coatings primarily focused on DLC for automotive, machine parts, cutting tools, and molds, and we hope to meet your expectations. We sincerely ask for your continued support and patronage.
