Soar Technology Co., Ltd

SOAR-EP-2007-8190- is an epoxy resin adhesive developed for high temperature environment. This resin system has good operability and excellent bonding characteristics for many different materials. SOAR-EP-2007-8190 has a special molecular structure that can form tight network crosslinks. The hardened material has a high deformation temperature, high temperature stability and moisture resistance. In addition, the bonding strength maintenance rate of SOAR-EP-2007-8190 at high temperatures is better than other common amine hardened epoxy resins. The hardened SOAR-EP-2007-8190 has a high thermal deformation temperature, excellent chemical resistance, and can preserve good physical properties at high temperatures. The hardening conditions of SOAR-EP-2007-8190 are related to time and baking temperature. The higher the baking temperature, the shorter the baking time required. After this resin is cured at high temperature, it can obtain the best various characteristics and high temperature stability. SOAR-EP-2007-8190 can provide long-term oxidation resistance and excellent electrical properties in a wide range of humidity. SOAR-EP-2007-8190 has excellent high temperature hardening characteristics, and SOAR-EP-2007-8190 has extremely high reactivity in an environment exceeding 200oC. SOAR-EP-2007-8190 can be used for lamination, infusion, molding, coatings and adhesives, and appears in the fields of electrical machinery, electronics, aerospace, automobiles and leisure... etc. This resin is suitable for automatic mechanical weighing and dispensing. SOAR-EP-2007-8190 complies with 2002/95EC RoHS regulations.

SOAR-EP-2007-8190- is an epoxy resin adhesive developed for high temperature environments. The resin system is easy to handle and has excellent adhesion properties to various materials. SOAR-EP-2007-8190 has a special molecular structure that can make it form a tight network of cross-links. The hardened material has high deformation temperature, high temperature stability and moisture resistance. In addition, SOAR-EP-2007-8190 has a higher bond strength retention rate at high temperatures than other common amine cured epoxy resins. Cured SOAR-EP-2007-8190 has a high heat distortion temperature, excellent chemical resistance, and can maintain good physical properties even at high temperatures. The curing conditions of SOAR-EP-2007-8190 are related to time and baking temperature. The higher the baking temperature, the shorter the baking time required. After high temperature curing, the resin can obtain the best performance and high temperature stability. SOAR-EP-2007-8190 can provide long-term oxidation resistance and excellent electrical performance in a wide range of humidity. SOAR-EP-2007-8190 has excellent high temperature curing characteristics. SOAR-EP-2007-8190 has a very high response speed in an environment above 200oC. SOAR-EP-2007-8190 can be used in lamination, injection molding, molding, coatings and adhesives, and in electromechanical, electronic equipment, aerospace, automotive and leisure fields. The resin is suitable for automatic mechanical weighing and distribution. SOAR-EP-2007-8190 complies with 2002/95 ECRoHS regulations.

SOAR-EP-2007-8190- is an epoxy resin adhesive developed for high temperature environments. The resin system is easy to handle and has excellent adhesion properties to a variety of materials. SOAR-EP-2007-8190 has a special molecular structure that can form a dense cross-linked network. The hardened material has a higher deformation temperature, high temperature stability and humidity resistance; in addition, SOAR-EP-2007-8190 also has It has a higher strength retention rate, and its adhesion at high temperatures is higher than other common amine epoxy resins. The cured SOAR-EP-2007-8190 has a high heat distortion temperature, excellent chemical resistance, and can maintain good physical properties even at high temperatures. The drying conditions of SOAR-EP-2007-8190 are related to the baking time and temperature. The higher the baking temperature, the shorter the baking time required. After high temperature curing, the resin can obtain the best performance and high temperature stability. SOAR-EP-2007-8190 can provide long-term oxidation resistance and excellent electrical performance in a wide range of humidity. SOAR-EP-2007-8190 has excellent high temperature curing characteristics. SOAR-EP-2007-8190 has a very high response speed in an environment above 200oC. SOAR-EP-2007-8190 can be used in lamination, injection molding, molding, coatings and adhesives, as well as electromechanical, electronic equipment, aerospace, automotive and entertainment fields. The resin is suitable for automatic mechanical weighing and distribution. SOAR-EP-2007-8190 complies with ECRoHS regulations 2002/95.

SOAR-EP-2007-8190- is an epoxy resin adhesive designed for high temperature environments. The resin system is easy to handle and has excellent adhesion properties to a variety of materials. SOAR-EP-2007-8190 has a special molecular structure that can form a dense cross-linked network. The hardened material has a higher deformation temperature, high temperature stability and moisture resistance. In addition, SOAR-EP-2007-8190 also has a higher strength retention rate, and the adhesion at high temperatures is higher than other conventional amine epoxy resins. The hardened SOAR-EP-2007-8190 has a high heat distortion temperature, excellent chemical resistance, and can maintain good physical properties even at high temperatures. The drying condition SOAR-EP-2007-8190 is related to the baking time and temperature. The higher the baking temperature, the shorter the baking time. After high-temperature curing, the best performance and stability can be obtained at high temperatures. SOAR-EP-2007-8190 can provide long-term oxidation resistance and excellent electrical performance in a wide range of humidity. SOAR-EP-2007-8190 has excellent high temperature curing characteristics. SOAR-EP-2007-8190 has a very high response rate in an environment above 200oC. SOAR-EP-2007-8190 can be used in lamination, injection molding, casting, coatings and adhesives, as well as electromechanical, electronic equipment, aerospace, automotive and entertainment industries. The resin is suitable for automatic mechanical weighing and metering machines. SOAR-EP-2007-8190 complies with ECRoHS 2002/95