3M Canada
Scotch-Weld™ 021200-87831 2-Part Part Epoxy Adhesive, 400 mL Duo-Pak Cartridge, Part A: Amber/Part B: White, 48 hr at 72 deg F Curing
7100082563
MFG #: 021200-87831
$314.16
/ EA
Estimated Delivery 7 to 10 Business Days
- Manufacturer: 3M
- Type: 2-Part Part
- Container Type: Duo-Pak Cartridge
- Container Size: 400 mL
- Net Weight: Base: 9.3 to 9.7 lb/gal/Accelerator: 8.8 to 9.2 lb/gal
- Base Type: Epoxy
- Composition: Part A: Modified Epoxy Resin, 4,7,10-Trioxatridecane-1,13-Diamine, Amorphous Silica, 2,4 6-Tris((Dimethylamino)-Methyl)Phenol Part B: Epoxy Resin, Acrylic Polymer
- Form: Part A: Viscous Liquid /Part B: Paste
- Application Time: 60 min
- Setting Time: 4 hr
- Curing Time: 48 hr at 72 deg F
- Color: Part A: Amber/Part B: White
- Odor/Scent: Very Mild
- Temperature Rating: 72 deg F
- Specific Gravity: Part A: 1.09/Part B: 1.14
- Flash Point: Part A: 340 deg F/Part B: 480 deg F
- Mixing Ratio: 0.084027777777777771
- VOC Content: Part B: 5 g/L
- Viscosity Rating: Part A: 8500 to 13000 cPs/Part B: 20000 to 50000 cPs
- Flammability Rating: 1
- Applicable Materials: Ceramic, Glass and Metal
- Shear Strength: 4500 psi
- Brand: Scotch-Weld™
Scotch-Weld™ Epoxy Adhesive, 2-Part Part, Duo-Pak Cartridge Container, 400 mL Container, Epoxy Base, Composition: Part A: Modified Epoxy Resin, 4,7,10-Trioxatridecane-1,13-Diamine, Amorphous Silica, 2,4 6-Tris((Dimethylamino)-Methyl)Phenol Part B: Epoxy Resin, Acrylic Polymer, 60 min Work Life, 4 hr Functional Cure, 48 hr at 72 deg F Curing, Part A: Amber/Part B: White, 72 deg F, 2:1 Mixing Ratio, Part B: 5 g/L VOC, For Use On: Ceramic, Glass and Metal
- Toughened for impact resistance and high fatigue resistance to withstand demanding conditions
- Outstanding environmental performance
- High peel and shear strength for strong bonds in critical applications
- Bonds extremely well to many surfaces
Toughened for impact resistance and high fatigue resistance to withstand demanding conditions
Outstanding environmental performance
High peel and shear strength for strong bonds in critical applications
Bonds extremely well to many surfaces