tesa® ACXplus 77608 – Advanced LSE Bonding with Low-Temperature Performance

The tesa® ACXplus 77608 is a high-performance acrylic foam tape designed specifically for bonding low surface energy (LSE) materials. With exceptional adhesion strength and superior performance in low-temperature environments, this tape sets the standard for reliable bonding on challenging substrates like plastics, powder-coated surfaces, and composites. Its advanced adhesive technology ensures excellent wetting and adhesion, even on hard-to-bond materials. As part of the ACXplus range, tesa® ACXplus 77608 offers remarkable stress dissipation and resistance to thermal expansion, making it a versatile solution for automotive, industrial, and construction applications.

Key Features of tesa® ACXplus 77608

Outstanding LSE Adhesion: Perfect for plastics, composites, and other low-energy surfaces.
Low-Temperature Bonding: Maintains excellent performance in cold conditions.
High Durability: Resistant to UV, chemicals, and weather exposure.
Flexible Thickness Options: Adaptable to diverse application requirements.
Stress Dissipation: Ensures stable and reliable bonds under load.

Converting Section

At EKO-TECH, we provide comprehensive converting services for the tesa® ACXplus 77608 to meet your project’s unique requirements. Options include:

Rewinding to Special Lengths: Ideal for custom roll sizes.
Slitting to Individual Widths: Precisely tailored to your application needs.
Combination of Slitting & Rewinding: Custom length/width combinations for optimal efficiency.
Die & Kiss Cutting: Perfect for precision shapes, especially for automotive and industrial use.
Sheets: Convenient for further processing or specialized applications.

Product Construction:

Backing material foamed acrylic
Color gray
Total thickness 800 µm
Type of adhesive tackified acrylic
Type of liner PE

Adhesion to Values:

Adhesion to Steel (initial) 12 N/cm
Adhesion to Steel (after 3 days) 25 N/cm
Adhesion to Steel (covered side, after 3 days) 31 N/cm
Adhesion to Steel (covered side, initial) 25 N/cm

Technical data:

Humidity resistance very good
Temperature range -40 to +80
Ageing resistance (UV) good, medium
Temperature resistance long term 80 °C

Benefits

Engineered for LSE Materials: Reliable bonding on plastics, composites, and powder-coated surfaces.
Low-Temperature Performance: Delivers consistent adhesion even in cold environments.
Customizable Converting Options: Tailored to meet specific application needs.
Durability You Can Trust: Resistant to UV radiation, chemicals, and temperature fluctuations.
Simplified Application: No primers required for most LSE surfaces.

FAQ

Is tesa® ACXplus 77608 resistant to outdoor conditions?Emilia Lubecka2025-01-20T08:59:19+01:00

Is tesa® ACXplus 77608 resistant to outdoor conditions?

Yes, it offers excellent resistance to UV exposure, weathering, and chemical influences, making it ideal for outdoor applications.

What converting options are available for tesa® ACXplus 77608?Emilia Lubecka2025-01-20T08:57:00+01:00

What converting options are available for tesa® ACXplus 77608?

We offer a range of converting services, including custom lengths, widths, die-cut shapes, and sheets to suit your specific needs.

What industries commonly use tesa® ACXplus 77608?Emilia Lubecka2025-01-20T08:54:18+01:00

What industries commonly use tesa® ACXplus 77608?

This tape is widely used in the automotive, construction, and industrial sectors for applications like panel mounting, sealing, and bonding trims or emblems.

Can tesa® ACXplus 77608 perform in cold environments?Emilia Lubecka2025-01-20T08:51:49+01:00

Can tesa® ACXplus 77608 perform in cold environments?

Yes, this tape is optimized for low-temperature bonding, ensuring reliable adhesion even in challenging cold conditions.

What makes tesa® ACXplus 77608 suitable for LSE bonding?Emilia Lubecka2025-01-20T08:49:17+01:00

What makes tesa® ACXplus 77608 suitable for LSE bonding?

The tesa® ACXplus 77608 features advanced adhesive technology designed to achieve excellent wetting and adhesion on low surface energy materials like polypropylene, polyethylene, and powder-coated surfaces.