Scotch-Weld™ 7100039209 General Purpose Retaining Compound, 1.69 oz Container Bottle Container, Liquid Form, Green, Specific Gravity: 1.1

3M™ Scotch-Weld™ general purpose retaining compound RT09 is a green, single component, low viscosity, thixotropic anaerobic retaining compound formulated for bonding cylindrical parts to give high strength bonds. We designed 3M™ Scotch-Weld™ general purpose retaining compound RT09 to augment the strength of slip fit assemblies and for use on loose-fitting or worn parts. The formula requires no mixing or additives and takes the guesswork out of use. It is designed for service temperature applications up to 300 deg F (149 deg C) and helps prevent corrosion of assembled parts. 3M™ Scotch-Weld™ general purpose retaining compound RT09 is suitable for medium strength retaining applications and is not recommended on most plastics as stress cracking may result. Our family of 3M™ Scotch-Weld™ retaining compounds are special adhesives designed to effectively secure brushings, bearings, cylindrical parts and gears onto housings or shafts. Our retaining compounds also help increase the reliability of the joint. These anaerobic adhesives cure within 24 hr to help make a strong, lasting, precision assembly. They help create uniform stress distribution and maximum load transmission capability. More commonly referred to as threadlockers, pipe sealants, retaining compounds and gasket makers, these adhesives are often used to enhance the seal or holding force, in the threads of joined fastener systems such as nut-and-bolt assemblies. A nut-and-bolt assembly may have as little as 15% metal-to-metal contact and even a small amount of anaerobic adhesive readily fills any air voids between the threads and then hardens to a thermoset plastic. These unique adhesives are easy-to-dispense, cure rapidly and provide effective torque strength while resisting temperature and vibration and sealing out moisture and gasses to protect against corrosion. Anaerobic adhesives can decrease manufacturing costs, enhance equipment reliability, minimize aftermarket breakdown and reduce warranty claims.