Primerless Application: Designed to bond LSE plastics without the need for surface primers, simplifying the application process and reducing preparation time.

High Temperature Resistance: Maintains stable performance in temperatures up to 95°C, making it suitable for demanding automotive environments.

Fast and Strong Bonding: Delivers immediate adhesion with high initial tack, ensuring components are securely attached from the outset.

Durability in Low Temperatures: Exhibits consistent bonding strength even in low-temperature conditions, ensuring reliability across diverse climates.

Viscoelastic Acrylic Foam Core: Absorbs and dissipates dynamic and static loads, accommodating different thermal expansions of bonded parts.

Exterior Attachment Parts: Mounting trims, moldings, and emblems made from LSE plastics like PP and PP/EPDM to automotive bodies.

Clear Coat Surfaces: Ensuring strong adhesion to various OEM clear coats without the need for primers.

Temperature-Intensive Environments: Applications requiring high temperature resistance up to 95°C.

Rewinding to Special Lengths: Providing tape rolls tailored to your required lengths for efficient usage.

Slitting & Rewinding Combinations: Combining custom lengths and widths to deliver ready-to-use tape formats.

Die & Kiss Cuts: Precision-cut shapes for specialized automotive and industrial applications, ensuring optimal fit and performance.

Sheets for Further Processing: Supplying tape in sheet form for ease of handling in various manufacturing processes.

Primerless Bonding: Reduces preparation steps and application time by eliminating the need for primers on LSE surfaces.

Enhanced Compatibility: Adheres effectively to a wide range of clear coats and LSE plastics, providing versatility in application.

Thermal Stability: Performs reliably under extreme temperatures, ensuring long-term durability.

Immediate Handling Strength: Offers high initial tack, allowing for immediate handling and processing.

Stress Dissipation: The viscoelastic foam core absorbs dynamic and static stresses, maintaining bond integrity over time.