Double-sided adhesive tape 62530

fasteningsealingPE foam

Product description
tesa® 62530 is a double-sided PE foam tape for general mounting applications. It consists of a highly conformable closed-cell PE foam backing combined with a tackified acrylic adhesive.

Product features

• Good adhesion on strongly structured surfaces
• Skin contact certification according to ISO 10993-5 and ISO 10993-10
• Versatile adhesive delivering high immediate adhesion on numerous substrates
• Suitable for outdoor use: UV-, water- and ageing-resistant
• High immediate adhesion even at low bonding pressure
• Very good cold shock absorption

Application fields

• Window skirting trims
• Muntin bars and glazing profiles
• Dust and moisture seals
• Decorative elements on doors and panels

Product construction / technical properties
Backing material: closed-cell PE foam
Colour: black/white
Total thickness: 3 000 µm
Adhesive type: tackified acrylic (modified)

Adhesive properties

• ABS: 6 N/cm (initial and after 14 days)
• Aluminium: 6 N/cm (initial and after 14 days)
• PC: 6 N/cm (initial and after 14 days)
• PE: 2 N/cm (initial and after 14 days)
• PET: 6 N/cm (initial and after 14 days)
• PP: 6 N/cm (initial and after 14 days)
• PS: 6 N/cm (initial and after 14 days)
• PVC: 6 N/cm (initial and after 14 days)
• Steel: 6 N/cm (initial and after 14 days)

Additional information

• Liner variants: PV0 brown glassine paper (71 µm); PV10 red transparent PP film (120 µm)
• Peel behaviour: immediate peel often causes foam rupture on steel, aluminium, ABS, PC, PS, PET, PVC; after 14 days foam rupture also observed on PE and PP
• Long-term damping and temperature resistance certified by ift Rosenheim (report no. 13-003011-PR02)

Technical specifications

• Brand: tesa
• Model: tesa® 62530
• Type: double-sided closed-cell PE foam tape
• Total thickness: 3 000 µm
• Backing: PE foam
• Adhesive: modified acrylic, high tack
• Elongation at break: 160 %
• Tensile strength: 13.3 N/cm
• Temperature resistance (short/long): up to 80 °C
• Good UV, moisture and chemical resistance