Titebond All Purpose Construction Adhesive

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Titebond Solvent-Based All Purpose Construction Adhesive is a versatile formula designed for general purpose interior and exterior applications that bonds common building materials. It is highly water-resistant and offers a longer working time for precise assembly while remaining permanently flexible.

FEATURES & BENEFITS

• RECOMMENDED FOR: INTERIOR AND EXTERIOR CONSTRUCTION, REMODELING & REPAIR PROJECTS
• IDEAL FOR INTERIOR AND EXTERIOR PROJECTS
• WATER-RESISTANT
• LONG WORKING TIME
• COMPATIBLE MATERIALS: COMMON BUILDING MATERIALS INCLUDING WOOD, PANELING, DRYWALL, CERAMIC TILE, METAL, CONCRETE, CONCRETE BLOCK, FOAMBOARD AND TUB SURROUNDS.
• SOLVENT-BASED
• FOAMBOARD & PLASTICS
• EXTREMELY VERSATILE

APPLICATION GUIDELINES

APPLICATION TEMPERATURE:

0°F to 100°F

SERVICE TEMPERATURE RANGE:

-20°F to 120°F

WORKING TIME:

Approximately 10-20 minutes for a 1/4" bead

PREP:

Surfaces must be clean and free of any material that may prevent adequate adhesion.

APPLICATION:

Cut tip on slant for 1/4” to 3/8” bead. Puncture inner seal and place in cartridge gun. Apply adhesive to one of the surfaces in either a continuous or spot bead. Paneling or foam: Apply 1/4” bead around perimeter 1” from edge and two zigzag beads in middle. Framing members: Apply directly to studs. Press materials firmly together with a slight twisting motion. Nail as needed. For drywall, use fasteners in accordance with local building standards. Note: For large panels, bracing may be required until adhesive dries.

CLEANUP:

Tools and adhesive may be cleaned with acetone or mineral spirits. Follow solvent vendor’s precautions. NOTE: Test solvent on an out-of-the-way area to make sure it will not mar or attack the surface.

LIMITATIONS:

Not designed for continuous submersion. When applying over paint, wallpaper, ceramic tile or other thin non-porous surfaces, you must first "rough up" the area by sanding or scraping. Do not adhere one non-porous material to another since this will slow or prevent drying. Do not apply to polystyrene foam if the temperature is above 90°F.

PHYSICAL PROPERTIES