Heat-resistant and insulating coating / film forming, polyimide varnish "Payer M.L."
Polyimide resin was developed by DuPont in the 1960s and has since been widely used, ranging from advanced materials for space development to everyday electrical and electronic devices. The resin's excellent thermal stability, mechanical and electrical properties, and high reliability are backed by years of proven performance, and its applications continue to expand today. Our company acquired the manufacturing and sales rights for the coating-forming varnish, Pylar M.L., from DuPont in 1994, and it is still produced at I.S.T (USA) within the DuPont facility in Parlin, NJ, supplying customers worldwide. Pylar M.L. is a polyamic acid solution (polyimide precursor) formed by the polycondensation reaction of aromatic diamines and anhydrides. By coating with Pylar M.L. as the base material and drying and curing at high temperatures, a polyimide coating with excellent properties can be obtained.
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basic information
<Properties> ■ High strength & high elasticity... It has the highest level of mechanical strength among polymer materials. ■ Heat and cold resistance... It can be used over a wide temperature range of -269 to 400°C (continuous use temperature = 260°C). ■ High-pressure electrical insulation ■ Chemical resistance / oil resistance ■ Radiation resistance ■ Dimensional stability ■ Self-extinguishing, etc.
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Applications/Examples of results
■ High-performance enamel for motor coils ■ Various types of wire insulation ■ Polyimide tubes ■ Liquid crystal alignment films ■ Semiconductor insulation protective coatings ■ Fiber optic reinforcement coatings
Detailed information
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Examples of Use Payer M.L. is ideal for enamel coatings on motor coils and wires, as well as insulation coatings on semiconductors.
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Company information
I.S.T Corporation is a research and development-oriented manufacturer based in Shiga Prefecture. We develop functional materials that do not exist in the world and propose and provide them to our customers. We mainly handle heat-resistant and flame-retardant functional materials, focusing on non-combustible inorganic fibers that are composites of polyimide resins and fluorine resins. Our range of products, which are applied and processed from these materials, is active in a wide variety of fields, including office automation equipment, construction, electrical, electronics, and aerospace.
