Slide without using fluorine, do not stick. Since it does not use fluorine, it is effective for PFAS measures.
Okitsumo Co., Ltd. offers "Lubricating Coating for Rubber." We provide "NTBX-139," a PFAS-compliant lubricating coating for rubber that can adhere to NR, NBR, and EPDM, offering excellent lubrication properties as an alternative to fluorine coatings. Additionally, we are developing a lubricating coating for silicone rubber, "NTBX-268," which can adhere to difficult-to-bond materials like silicone rubber. 【Features】 ■ Improves slip and wear resistance on rubber surfaces, suppresses sticking ■ Complies with the Food Sanitation Act (certified) ■ Contains no fluorine (uses silicone oil) *For more details, please refer to the related links or feel free to contact us.
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For more details, please refer to the related links or feel free to contact us.
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【Applications】 ■ Packing, gasket, O-ring, damper, bush, tube, seat, valve, plug, etc. *For more details, please refer to the related links or feel free to contact us.*
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We aim to contribute to society through surprising and inspiring manufacturing, aspiring to be a unique company full of dreams. Since our establishment in 1945, we have developed numerous functional coating products that provide surprise and inspiration through surface modification technology, offering "manufacturing solutions" to our users. Starting with cast iron stoves, the applications of our functional coatings have continued to expand across a wide range of genres, from kitchenware to the aerospace industry, including frying pans, automobiles, and rockets. Based on heat-resistant paints, we develop various functional coatings such as photocatalytic paints, fluororesin paints, sliding paints, and thermal insulation paints. Through our environmentally friendly paint, Riena, we also contribute to solving environmental issues such as CO2 reduction and energy problems. Furthermore, we are challenging ourselves in areas beyond coatings, such as the development of heat-resistant solder resist inks and heat dissipation sheets using metamaterial technology for infrared wavelength selective radiation.