Everbond Ultra Clear Brush Contact

Everbond Ultra Clear Brush Contact is a high-performance, clear, brushable contact adhesive designed for applications where visible glue lines are undesirable. It is commonly used in manufacturing neoprene drink coolers and various other bonding applications.

Uses

• Manufacturing of neoprene drink coolers
• Bonding various materials in transport vehicle production (PUR foams, textiles, cover trims, edging profiles, etc.)
• Auto upholstery and furniture upholstery
• General bonding applications where a clear, strong bond is required

Suitable substrates include:

• Timber
• Rubber sheets
• Plastic laminates
• Leather
• Fabric
• Cloth-backed and polyester-backed vinyl
• MDF
• Particleboard
• Concrete
• Glass
• Metal sheets

Benefits

• Ultra-clear formula for invisible bond lines
• One-component adhesive, ready to use
• Very short flash-off time
• High initial strength for quick bonding
• Easy to apply with a brush
• Resistant to aging and high heat
• Broad adhesion range for various substrates
• Fast drying time (approximately 3-5 minutes)

Application Guide

1. Ensure adhesion surfaces are clean, dry, and free of contaminants like oils, fats, and loose materials.
2. Apply the adhesive evenly to both surfaces using a suitable roller, brush, or notched trowel.
3. Wait until the adhesive is touch dry (typically 3-5 minutes, depending on conditions).
4. Bring the materials together with strong, even pressure.
5. Avoid creating adhesive pools, which can lead to weak bonds and blistering.
6. For open-weave or porous materials, consider using a spray adhesive to prevent bleed-through.

Limitations

• Do not use in temperatures below 10°C, as condensation may form and prevent bonding.
• Optimal application temperature is 20°C for atmosphere, materials, and adhesive.
• Avoid applying excessive adhesive, allowing pooling, or joining substrates too early, as this can lead to trapped solvents and weak bonds.

Additional Information

Additional Product Downloads:

• Download TDS
• Download SDS