16.75 oz. Super 77 Multi-Purpose Spray Adhesive

Stock status: In stock
Country: United Kingdom

3M Super 77 is a multipurpose spray adhesive that can be used for a variety of projects to bond lightweight materials. It's versatile, quick drying and transparent - plus, its fast and permanent bond delivers speedy results to keep projects moving forward. The spray formula is easy to dispense and apply directly onto surfaces and materials where needed, great for bonding decorative films, foils, plastics, papers, foams, metals and cardboard to most surfaces.

  • Bonds to many surfaces; great for use in home, office and craft projects
  • Sticks to cardboard, ceramic, fabric, fiberglass, foam, glass, leather, metal, paper, plastic, rubber, vinyl and wood
  • Aggressive tack provides high initial grab with enough time to position materials properly
  • Transparent spray formula dries clear
  • Industrial sized can provides high coverage
  • Resists dripping or running when used in vertical applications
  • Includes 1 can; 16.75 fl. oz.
  • Permanent spray adhesive for a long-term bond
  • Final bond will hold from temperatures of 50°F-120°F, recommended temperature range is 60°F-80°F
  • Safe to touch once product is allowed to fully cure and is PH neutral once dry
  • Formula has passed PAT (Photo Activity Test) requirements and is considered photo safe
  • Not for sale in CA





Product Depth (in.) 3
Product Height (in.) 9
Product Width (in.) 3 in
Adhesion level Medium
Adhesive Product Type Glue/Epoxy
Curing time (hours) 0.5
Features Dries Clear,Drillable,Moisture Resistant,Sandable,Solvent Resistant
Flammable Yes
Glue/Epoxy Type Metal Glue,Plastic Glue
Indoor/Outdoor Indoor
Kit No
Package Quantity 1
Product Weight (oz.) 16.75
Recommended Surfaces Cardboard,Drywall,Faux finishes,Fiberboard,General Purpose,Laminate,Multi-Surface,Painted wood,Plastic,Primed wallboard,Primed wallpaper,Smooth non-porous surfaces,Vinyl,Vinyl coated wallpape
Returnable 90-Day
Set Time (Min.) 30
Manufacturer Warranty Guaranteed against defects in materials