Scotch-Weld™ 051115-25579 Hot Melt Adhesive, Light Amber, 0.45 in Dia x 12 in L, 130 deg F, 35 s Application, 24 hr Curing
7000121329
MFG #: 051115-25579
$41.70
/ EA
Estimated Delivery 7 to 10 Business Days
- Manufacturer: 3M
- Diameter: 0.45 in
- Length: 12 in
- Temperature Rating: 130 deg F
- Application Time: 35 sec
- Curing Time: 24 hr
- Peal Strength: 6 psi
- Shear Strength: 480 psi
- Tensile Strength: 600 psi
- Material: Ethylene Vinyl Acetate
- Color: Light Amber
- Brand: Scotch-Weld™
Scotch-Weld™ Hot Melt Adhesive, 0.45 in Diameter, 12 in Length, Bonds To: Chipboard, Foam, Paper, Uncoated Cardboard and Wood, 130 deg F, 35 s Application Time, 24 hr Curing, Light Amber
- Aggressive hot tack rapidly achieves handling strength for packaging and other applications
- Medium open time allows for positioning and fit adjustment
- Securely bonds difficult to seal substrates such as lightly waxed surfaces
- Virtually invisible when bonded, eliminating unattractive mechanical fasteners and tape products
- Bonds to corrugated or paperboard cartons, wood, particle board, chipboard and cushioning foams
- Ethylene vinyl acetate adhesive
- Heat resistance of 130 deg F
- Low melt, stick form
- Material compatibility chipboard, foam, paper, uncoated cardboard and wood
- Short open time allows for fast assembly lines
- Low viscosity prevents stringing even at fast production speeds
Aggressive hot tack rapidly achieves handling strength for packaging and other applications
Medium open time allows for positioning and fit adjustment
Securely bonds difficult to seal substrates such as lightly waxed surfaces
Virtually invisible when bonded, eliminating unattractive mechanical fasteners and tape products
Bonds to corrugated or paperboard cartons, wood, particle board, chipboard and cushioning foams
Ethylene vinyl acetate adhesive
Heat resistance of 130 deg F
Low melt, stick form
Material compatibility chipboard, foam, paper, uncoated cardboard and wood
Short open time allows for fast assembly lines
Low viscosity prevents stringing even at fast production speeds