The evaluation of the mechanical properties of thin film surfaces is a key point in thin film processes!
【Lineup】 ○ Hardness Test: Evaluation of hardness and Young's modulus ○ Scratch Test: Evaluation of adhesion and susceptibility to scratching ○ Friction and Wear Test: Evaluation of friction coefficient and wear resistance ○ Film Thickness Measurement ○ Surface Roughness Measurement ○ Spectroscopic Ellipsometry: Evaluation of film thickness and optical constants ○ EDX Analysis: Confirmation of test marks after friction and wear tests or scratch tests ○ RBS/HFS Measurement: Qualitative and quantitative evaluation of elements constituting the thin film ○ XRR Measurement: Evaluation of film thickness and film density ○ Raman Spectroscopic Analysis: Evaluation of the crystalline state of DLC films ○ FT-IR Measurement: Evaluation of infrared transmittance and infrared reflectance For more details, please contact us through the inquiry form. Our representative will explain the test overview and the sample sizes that can be tested.
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basic information
At the Nanotech Surface Analysis Center, we conduct contract evaluation tests for various materials and thin films. The evaluation of the mechanical properties of thin film surfaces is a key point in the thin film process. With our extensive experience and high technical capabilities, we provide analytical services that meet our customers' needs. Our company has obtained international testing laboratory accreditation ISO/IEC 17025:2005 in the following fields: ● Friction and wear testing ・JIS R 1613:2010 "Wear testing of fine ceramics using the ball-on-disk method [excluding 8.1 b) and 8.2 b)]" ● Scratch testing ・ISO 20502:2005 "Fine ceramics (advanced ceramics, advanced technical ceramics) -- Determination of adhesion of ceramic coatings by scratch testing (excluding 6.4.3 and 6.4.4)"
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It varies depending on the test items and the number of samples, so please feel free to contact us.
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Company information
We established Nanotech Co., Ltd. in 1989, pursuing our dreams in the technologies of "plasma" and "vacuum." Currently, we are developing coating technologies, including DLC (diamond-like carbon), using these technologies. Many of the DLC coating technologies are applied to drills, molds, and machine parts, making them a vital technology that supports the industry behind the scenes. I believe that Japan's status as a "technology-oriented nation" is due to the existence of such remarkable technologies that are not immediately visible, which lead to the creation of high-performance, high-quality products. To meet our customers' needs over the long term, enhancing our internal systems is key, and the ideas and actions of the people working here create a vibrant corporate culture that fosters reliable responses to our customers. We are currently focusing on creating this environment as our top priority.
![[DLC Coating Application Example] Molds](https://image.mono.ipros.com/public/product/image/937/2001068053/IPROS30983504433818193377.jpeg?w=280&h=280)
