TESA ACXplus 7076 High Resistance, double-sided acrylic foam tape 1500 µm, black, 18 m × 40 mm, outdoor-grade, temperature- and chemical-resistant

TESA ACXplus 7076 High Resistance is a black, double-sided acrylic foam tape with a 1500 µm thickness in an 18 m × 40 mm size. Its high-performance acrylic system combines very good temperature and shear resistance with exceptional thermal-shock resistance down to −40 °C. The viscoelastic core dissipates stress and compensates differential thermal expansion, enabling stable, long-lasting bonds even outdoors.

Benefits and unique features

• Temperature resistance: 120 °C long-term, 220 °C short-term
• Exceptional thermal-shock resistance (down to −40 °C)
• High resistance to UV, chemicals, salt water and cleaning agents
• Viscoelastic core — stress dissipation and expansion compensation
• Deep-black carrier — neat, unobtrusive bonds

Properties and applications

• Outdoor use: door panels, wall housings, decorative elements
• Stiffening profiles: durable bonding and vibration damping
• Environmental exposure: operation in extreme temperatures, UV and chemicals
• Application tip: on demanding substrates, use an appropriate tesa Adhesion Promoter to boost adhesion

Technical parameters

Storage recommendations

Store in a clean, dry and cool place away from UV and heat sources, in the original packaging. Clean and degrease substrates before application; on demanding materials use a suitable tesa Adhesion Promoter and run a bond test.

FAQ

1) What is the tape thickness?
1500 µm (1.5 mm) acrylic foam.

2) Is it suitable for outdoor use?
Yes — engineered for durable outdoor applications with UV and chemical exposure.

3) What adhesion levels?
To steel: ~18 N/cm initially, ~33 N/cm after 3 days and ~34 N/cm after 14 days; to ABS 6→7 N/cm; to PP 2→2 N/cm.

4) What are the temperature limits?
120 °C long-term and 220 °C short-term; thermal-shock resistance down to −40 °C.

5) Should I use an adhesion promoter?
Yes — the right tesa Adhesion Promoter significantly improves and stabilises adhesion on demanding substrates.