3M™ Scotch-Weld™ Bearing Mount Retaining Compound RT41 is a tan, single component, low viscosity, thixotropic anaerobic retaining compound formulated for bonding cylindrical parts to give high strength bonds.
Easy-to-Dispense, One Component Formula
We designed 3M™ Scotch-Weld™ Bearing Mount Retaining Compound RT41 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 300ºF (149ºC) and helps prevent corrosion of assembled parts. 3M™ Scotch-Weld™ Bearing Mount Retaining Compound RT41 is suitable for low strength retaining applications and is not recommended on most plastics as stress cracking may result. The formula features controlled strength to allow disassembly for servicing.
Augment the strength of slip fit assemblies
To prevent loosening, corrosion and leakage of assembled parts caused by shock and vibration
Increases Load-Bearing Characteristics of Cylindrical Joints
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 hours to help make a strong, lasting, precision assembly. They help create uniform stress distribution and maximum load transmission capability.
Understanding Anaerobic Adhesives
Anaerobic adhesives are uniquely formulated to cure in the absence of oxygen. The term "anaerobic" means "living without air" and when the oxygen is excluded, a chemical chain reaction begins that causes the adhesive to polymerize. Contact with metal speeds the polymerization process and rapidly accelerates the curing process, forming tough cross-linked plastic that provides aggressive adhesion with effective shear strength.
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