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NANOMYTE® protective coatings can impart durability to 3D printed (additive manufacturing) components by providing abrasion and scratch resistance. Additionally, NANOMYTE® coatings can also make 3D printed surfaces hydrophobic, superhydrophobic, or easy-to-clean. Since the coatings are transparent, the aesthetic appearance of the coated parts are maintained.
NANOMYTE® SR-100 fulfills the need for abrasion or scratch resistant coatings on plastic substrates. It forms a ceramic-like hard surface that is needed in a variety of industrial and consumer applications. SR-100 is a liquid and can be applied on surfaces using standard coating processes, including dip-coating, spray coating and spin-coating.
NANOMYTE® SuperCN is a durable, highly hydrophobic coating designed for a variety of substrates including metals and polymers. The patent-pending coating has a unique combination of properties that includes hydrophobicity and oleophobicity, with specifically good adhesion to stainless steel, superior abrasion, and erosion resistance.
NANOMYTE® SR-500EC is a transparent coating designed to make surfaces easy-to-clean. The hard, dense, and smooth coating resists scratching and chipping, strongly adheres to a variety of surfaces, and has superior water repellency and soil resistance. SR-500EC is easy to apply and can be cured at room temperature.
NEI can work with you to develop customized formulations and curing protocols for your 3D printed parts and materials. We also have the in-house capability to coat your components and substrates. Using the NANOMYTE® Coating technology platform, we can incorporate additional coating functionalities – such as anti-fogging, anti-fouling, antireflection, and self-healing – to our existing coatings to meet your specific needs.