Retaining compounds
, the pioneer of
anaerobic adhesives, has applied this technology to create retaining compounds
that increase the shear strength of cylindrical, non-threaded assemblies.
Finding wide acceptance as a standard method for assembling press and
slip-fitted parts, LoctiteŽ Retaining Compounds fill the "inner
space" between components and cure to form a strong precision assembly.
Formulated in a selection of viscosities, gap filling ability, flexibility and
strength characteristics, LoctiteŽ retaining Compounds can be applied with
automated process equipment or dispensed manually.
609 General Purpose
Recommended for parts that will need subsequent dismantling, ie; retention of bearings onto shafts and in housings. Conforms to Mil-spec (R046082B) Type 1. Moderate Strength, 2,300 psi Shear Strength, 300F (150 C)
620 High Temperature
Recommended for high temperature retaining of parts with a clearance or interference fit, i.e. retaining bushes, bearings, seals, fans, and liners. Required heat cure to achieve temperature resistance. ABS Approved. High Strength, 3,800 psi. Shear strength, 400 F (204 C)
640 Medium Strength
Recommended for medium strength/high temperature applications with gap filling ability to .007". A medium viscosity retaining compound that resists temperatures to 400 F (204C). Medium Strength, 3000 psi. shear strength. Conforms to specification Mil-spec (R-46082B) Type II.
680 High Strength
Gives best resistance to dynamic, axial, and radial loads. Recommended for retaining shafts, gears, pulleys, and similar cylindrical parts. NSF/ANSI 61 Approved. ABS Approved. High Strength,4,000 psi. shear strength, 300F (150C)
660 Quick Metal A creamy, non-running gel that is applied onto cylindrical parts to fill surface imperfections and repair worn areas. Used for repairing worn coaxial parts without remachining; enables re-use of worn bearing seats, keys, splines, tapers, or for retaining shims. Agriculture Canada Approved.