Gorilla Glue 109852 Contact Adhesive Spray 12.2 Oz

Product Description

The GORILLA GLUE 109852 is a liquid contact adhesive in aerosol form, designed for fast, flexible bonding across a wide range of porous and non-porous materials. Dispensed from a 12.2 oz aerosol can, it delivers an even spray pattern for consistent coverage. With a 5-minute working time, it allows for brief repositioning before the bond sets. The adhesive is suitable for use by contractors, tradespeople, and maintenance professionals who need a reliable multi-surface bonding solution on the job site or in the field.

This contact adhesive spray is well suited for repair and installation tasks in residential and light commercial settings. It bonds fabric, foam, felt, rubber, cork board, ceramics, leather, metal, plastic, and wood. Common applications include insulation attachment, gasket and seal repair, upholstery work, and general material bonding where a fast-tacking aerosol adhesive is needed. The spray format makes it practical for larger surface areas or hard-to-reach spots.

Key Features

• Aerosol spray format for even, consistent coverage over flat and irregular surfaces
• 5-minute working time allows brief adjustment before bond sets
• Bonds to a wide range of materials including foam, rubber, fabric, metal, plastic, and wood
• 12.2 oz net fill in a portable aerosol can
• Flammable formulation — follow all safe-handling and ventilation requirements

Compatibility

Designed for bonding fabric, foam, felt, rubber, cork board, ceramics, leather, metal, plastic, and wood. Suitable for general maintenance, repair, and installation tasks where a contact-style spray adhesive is required.

Installation Notes

Apply in a well-ventilated area away from open flames or ignition sources, as this adhesive is flammable. Shake the can thoroughly before use and test on a small area when working with sensitive materials. Allow both surfaces to tack before pressing together for a firm contact bond. Wear appropriate PPE including gloves and eye protection during application.