Used ASM AB 339 #9299625 for sale

ASM AB 339 is an industrial-grade adhesive bonder designed for use in a variety of applications. It is specifically formulated to provide superior adhesion and durability for use in the manufacturing and production of a wide range of products. ASM AB339 is a single component, cellular, heat-curing adhesive system with excellent toughness, impact and flexural strength. It can be used in both metals and plastics materials. The aspect that makes AB 339 different from the other adhesive systems on the market is its ability to bond and seal dissimilar materials with minimal effort required by the user. AB339 is designed to provide fast, secure bonding on a variety of substrates. It is a reactive, ready-to-use, low viscosity adhesive which requires no mixing or application of excess heat. Furthermore, it is capable of forming strong bonds even over porous surfaces. The adhesive bonder can be applied manually or using automated equipment. Once applied, it is cured quickly, delivering a bond strength of up to three times that of most competitive adhesives. It has excellent resistance to extreme temperatures, solvents, and environmental conditions, and provides superior adhesion to most dissimilar substrates including composites, metals, plastics, glass, and ceramics. ASM AB 339 adhesive bonder offers great flexibility and versatility for a variety of applications. It is suitable for industrial manufacturing and general assembly operations as well as specialized applications, such as medical equipment, automotive parts, and consumer electronics. It is also ideal for bonding components with large surface areas, small parts, and metal components. ASM AB339 adhesive bonder provides the user with superior performance, time and cost savings, and a more reliable bond. Its easy-to-use properties make it an essential tool in the manufacturing and production industry. Its unique mixture of reactive components, low viscosity adhesive, and fast curing time make it an ideal choice for a wide variety of applications.