680 High Strength/High Viscosity Retaining Compound 50ml Bottle - 1835201 - 1835201
LOC68035
Prix régulier
$61.98
Preorder today
- Loctite® 680™ Retaining Compound is a high-strength, high-viscosity, room-temperature curing adhesive used for assembling cylindrical fit parts.
- It installs in 10 minutes and provides a shearing force of 4000 lb/in-1
- Capable of filling diametrical gaps up to 0.015 in.
- Loctite® 680 allows for relaxed machining tolerances and replaces clamping rings, set screws, and circlips.
- Provides best resistance to dynamic, axial and radial loads
- Fills a gap of 0.015
- Loctite® 680™ Retaining Compound is a high-strength, high-viscosity, room-temperature curing adhesive used for assembling cylindrical fit parts.
- It installs in 10 minutes and provides a shearing force of 4000 lb/in-1
- Capable of filling diametrical gaps up to 0.015 in.
- Loctite® 680 allows for relaxed machining tolerances and replaces clamping rings, set screws, and circlips.
- Provides best resistance to dynamic, axial and radial loads
- Fills a gap of 0.015
LOC68035
Prix régulier
$61.98
Preorder today
- Loctite® 680™ Retaining Compound is a high-strength, high-viscosity, room-temperature curing adhesive used for assembling cylindrical fit parts.
- It installs in 10 minutes and provides a shearing force of 4000 lb/in-1
- Capable of filling diametrical gaps up to 0.015 in.
- Loctite® 680 allows for relaxed machining tolerances and replaces clamping rings, set screws, and circlips.
- Provides best resistance to dynamic, axial and radial loads
- Fills a gap of 0.015
- Loctite® 680™ Retaining Compound is a high-strength, high-viscosity, room-temperature curing adhesive used for assembling cylindrical fit parts.
- It installs in 10 minutes and provides a shearing force of 4000 lb/in-1
- Capable of filling diametrical gaps up to 0.015 in.
- Loctite® 680 allows for relaxed machining tolerances and replaces clamping rings, set screws, and circlips.
- Provides best resistance to dynamic, axial and radial loads
- Fills a gap of 0.015