MFR #:231101
EIS #:LOC21442
Series #:LOC-603
UPC #:00079340214422
MFR #:231101
EIS #:LOC21442
Series #:LOC-603
UPC #:00079340214422
Out of Stock
Min Qty:1
|Qty Increment:1
Pack:10/Case
more info
Loctite 603 is designed for the bonding of cylindrical fitting parts, particularly where consistently clean surfaces cannot be assured. The product cures when confined in the absence of air between close fitting metal surfaces and prevents loosening and leakage from shock and vibration.
Loctite 603 is designed for typical applications include retaining roller bearings or oil impregnated bushings into housings.
$223.16 / Piece
Pack: 10/Case
Min Qty:1
|Qty Increment:1
Pack:10/Case
more info
Loctite 603 is designed for the bonding of cylindrical fitting parts, particularly where consistently clean surfaces cannot be assured. The product cures when confined in the absence of air between close fitting metal surfaces and prevents loosening and leakage from shock and vibration.
Loctite 603 is designed for typical applications include retaining roller bearings or oil impregnated bushings into housings.
Product Options
Showing 3 out of 3 options
Container Size: 250mL | EIS Part #: LOC21442 | $ / Piece Pack: 10/Case | ||
Container Size: 50mL | EIS Part #: LOC21441 | $ / Piece Pack: 10/Case | ||
Container Size: 10mL | EIS Part #: LOC21440 | $ / each Pack: 10/Case |
- Attributes
- Applications
Attributes
General Information
Item NameRetaining Compound
Trade NameHenkel
SeriesLOC-603
General Features
Storage Temperature8 to 21 °C
TypeHigh Strength
Design & Construction
ColorGreen
Cure TypeAnaerobic Cure
FormLiquid
Performance Details
Shear Strength3770 psi
Application Time10 min
Full Cure Time24 hr
Chemical Properties
CompositionUrethane Methacrylate
Specific Gravity1.07
Viscosity125 cP
VOC1.8%
Physical Properties
Container Size250mL
Container TypeBottle
Odor/ScentSharp
Environmental Condition
Temperature Rating-65 to 300 °F
Supporting Information
Applicable MaterialsMetals
Applications
- For the Bonding of Cylindrical Fitting Parts, Particularly Where Consistently Clean Surfaces cannot be Assured