STARX’s Z-100 TPU film ingeniously utilizes Nihon Matai’s TPU ESMER URS such that the PPF boasts exceptional abrasion resistance, flexibility, oil resistance, and chemical resistance. These functional properties result from meticulous raw material selection and synthesis methods.
department is engaged to develop new functions from existing materials. By employing their core technologies and decades of knowledge to meet all kinds of customer needs in thermoplastic resin extrusion, lamination, coating and printing technologies.
By integrating Nihon Matai's core competence “lamination technology” and processing technology which offers lamination that other companies’ processes cannot imitate. Matai films are manufactured by directly extruding thermoplastic elastomer resins. Also, unlike products produced by the calendaring method or solution casting method, they do not contain solvents, rendering them environmentally friendly.
Resists friction 3 to 5 times more effectively than natural and synthetic rubbers, and can withstand use in harsh environments.
Highly durable against acidic chemicals and oil, making it suitable for industrial and automotive parts..
Exceptional chip resistance in thinner films reduces costs, enhances sustainability, and improves vehicle clarity. These films facilitate widespread spot applications, providing extra protection in high-use areas and preventing wear or weather damage in compromised paint sections.
Exceptional durability against prolonged flexural movement, making it ideal for automotive and industrial parts where tearing is a concern, addressing challenges unsolvable with current products.
With innovative materials science, exceptional rubber elasticity and consistent hardness allows the TPU to stretch without excessive force and is optimized for the right level of conformability. in low temperatures ensure safe use in extreme temperature situations.
Matai TPU ESMER URS is a photosensitive product that react like indoor/outdoor lenses in glasses, dramatically enhancing the appearance of the vehicle with a glossy, mirror-smooth finish.
Exceptional durability against prolonged flexural movement, making it ideal for automotive and industrial parts where tearing is a concern, addressing challenges unsolvable with current products.
