Iguna CL - Clear Acrylic Foam - 3.0 mm Thickness - 500 mm x 5 m

Iguna CL 62023 – Clear Acrylic Foam – 3.0 mm Thickness – 500 mm x 5 m at a Glance

Iguna CL Clear is a permanent, double-sided high-performance adhesive tape made from acrylic foam. With a 3.0 mm thickness, 500 mm width and 5 m roll length, it is ideal for transparent bonding indoors and outdoors. The adhesive is an acrylic that offers excellent UV and solvent resistance. The bond remains stable even under damp or chemically demanding conditions. The tape is transparent and supplied with a film liner.

The combination of a transparent surface, strong adhesion and high aging resistance enables invisible bonds on sensitive components such as glass, PC or PMMA – ideal for displays, glass components or profile constructions.

Suitable for Transparent Bonding

Transparent Materials

For glass, polycarbonate (PC) and PMMA, Iguna CL provides a clear, invisible adhesive bond. Its UV and solvent resistance protects against discoloration and prevents bond failure.

Indoor and Outdoor Use

The high-quality acrylic bond enables reliable adhesion both indoors and outdoors. Temperature resistance ranges from -40 °C to +100 °C, with short-term exposure up to +160 °C possible.

Technical Data for Iguna CL Clear 3.0 mm

• Width: 500 mm
• Length: 5 m
• Thickness: 3 mm
• Adhesive: Acrylic
• Liner: Film
• Color: Transparent
• Temperature Range: -40 °C to +100 °C
• Short-Term Exposure: +160 °C

Construction and Material

Core Material

The backing consists of acrylic foam, characterized by good compressibility and a transparent appearance – ideal for aesthetic bonding.

Adhesive

The acrylic adhesive provides a permanently adhering bond with high aging resistance.

Liner

A clear film liner protects the adhesive until bonding and makes handling easier.

Key Features and Benefits

• Transparency – invisible bonds, ideal for glass and plastic surfaces.
• Durability – UV- and solvent-resistant bond for indoor and outdoor areas.
• Temperature Tolerant – functionally stable from -40 °C to +100 °C (short term up to 160 °C).
• Aging and Moisture Resistance – resistant to moisture and environmental influences.