Heinkel Enhance Loctite Retaining Adhesive Products

MaritimeEquipment.com
Sunday, October 13, 2013

Henkel Corporation has enhanced three Loctite® anaerobic retaining compounds to allow primerless performance on oily or contaminated surfaces, even at operating temperatures as high as 180°C.

Used in combination with interference fits to secure bearings, bushings, gears and cylindrical assemblies into housings or shafts, Loctite® 638™, 648™ and 680™ Retaining Compounds allow higher load transmission, better performance with existing designs, relaxed machining tolerances and reductions in the size, weight and overall cost of an assembly.

All three improved Loctite® retaining adhesives make joints stronger distribute stress evenly, prevent corrosion and fretting and reduce or eliminate expensive machining and surface-finishing operations.

Loctite® 638™ is a general-purpose retaining compound recommended for press fits that will need subsequent disassembly. Designed for use on loose-fitting parts,
this globally-available, high-strength adhesive resists temperatures to 175°C and can be used on applications with larger gaps approaching 0.25 mm. The adhesive is registered to NSF Category P1.

Loctite® 648™ is a high-strength retaining compound recommended for continuous working temperatures to 180°C. This globally-available, general-purpose retaining adhesive fixtures in five minutes with full cure in 24 hours and is designed for use on close-fitting parts. The high-strength formulation bonds well to stainless steel press and interference fits, and fills gaps to 0.15 mm. The adhesive is certified to ANSI/NSF Standard 61 for use in potable water systems.

Loctite® 680™ is a high-strength retaining adhesive for use on slip-fitted parts with gaps as large as 0.38 mm. This low-viscosity material is certified to ANSI/NSF Standard 61 for use in potable water systems.

For additional information and to request a sample of Loctite® 648™ and a copy of the new Loctite® Retaining Compound Design Guide, go to www.loctiteretaining.com.

 

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