Retaining Compounds

638 RETAINING COMPOUND-25 - (LC21449)

638 RETAINING COMPOUND-50 - (LC21448)

648 RETAINING COMPOUND 10 - (LC21443)

648 RETAINING COMPOUND 50 - (LC21444)

648 RETAINING COMPOUND-25 - (LC21445)

680 RETAINING COMPOUND 1L - (LC1835206)

LOCTITE 609 RETAIN CMPD 1 - (LC60921)

LOCTITE 609 RETAIN CMPD 2 - (LC60941)

LOCTITE 609 RETAIN CMPD 5 - (LC60931)

Used for bonding rigid metal assemblies. Ideal for gap distances up to 0.005", fixtures in 10 minutes and provides a shear strength of 3000 psi after 24 hours. It easily joins dissimilar metals and withstands temperatures up to 300??F.Applications: Locks...

LOCTITE 620 RETAIN CMPD 0 - (LC62005)

LOCTITE 620 RETAIN CMPD 5 - (LC62040)

LOCTITE® 620 is designed for the bonding of cylindrical fitting parts. The product cures when confined in the absence of air between close-fitting metal surfaces and prevents loosening and leakage due to shock and vibration. Typical applications...

LOCTITE 635 RETAIN CMPD 2 - (LC63541)

LOCTITE 640 is a green, anaerobic, low viscosity, methacrylate ester-based retaining compound ideal for parts requiring a longer positioning time. Fixturing time on steel is 2 h. Also used for active metals such as brass. This is a high strength product...

Contains no metal, but once assembled hardens to a strength that often doubles that of a press fit. Use to salvage worn metallic parts or to keep machinery running until new parts arrive. Use to 300°F. Prevents keyway wallow. Applications: Worn...

LOCTITE 680 RETAIN CMPD 2 - (LC68060)

A high strength adhesive used to bond fitted cylindrical parts. Fixtures in 10 minutes and provides a shear strength of 4000 psi on steel after 24 hours. Capable of filling diametral gap distances up to 0.015". Applications: Gears, wheels, pulleys, cams,...

General PurposeA high temperature retaining compound in a revolutionary semi-solid formula. Patented, no-mess package offers added convenience and portability. Ideal for gaps up to 0.005" on the diameter. Withstands temperatures to 400??F (204??C).