Product information

tesa® 4952

1150 µm double sided PE foam tape



Product description

tesa® 4952 is a double sided PE foam tape for constructive mounting applications. It consists of a highly conformable PE foam backing and a tackified acrylic adhesive. tesa® 4952 has been externally certified for furniture mirror mounting.

Product benefits:

  • Versatile adhesive for high immediate adhesion on numerous substrates
  • Fully outdoor suitable: UV, water and ageing resistant
  • Compensates for differing thermal expansion of dissimilar materials
  • High immediate bonding strength even at low bonding pressure
  • Very good cold shock absorbtion

Main applications

  • Furniture mirror mounting
  • Mounting of car mirrors
  • Mounting functional trims & profiles
  • Mounting of decorative panels

Technical properties

Backing material

PE foam

Color

white

Total thickness

1150 µm

Type of adhesive

tackified acrylic

Elongation at break

200 %

Tensile strength

10 N/cm

Type of liner

glassine

Colour of liner

brown

Thickness of liner

70 µm

Weight of liner

80 g/m²

Adhesion properties

Adhesion to ABS (after 14 days)

8 N/cm

Adhesion to ABS (initial)

5 N/cm

Adhesion to Aluminium (after 14 days)

8 N/cm

Adhesion to Aluminium (initial)

5 N/cm

Adhesion to PC (after 14 days)

8 N/cm

Adhesion to PC (initial)

5 N/cm

Adhesion to PE (after 14 days)

2.8 N/cm

Adhesion to PE (initial)

2.7 N/cm

Adhesion to PET (after 14 days)

7 N/cm

Adhesion to PET (initial)

5 N/cm

Adhesion to PP (after 14 days)

5.5 N/cm

Adhesion to PP (initial)

2.8 N/cm

Adhesion to PS (after 14 days)

7.5 N/cm

Adhesion to PS (initial)

5 N/cm

Adhesion to PVC (after 14 days)

8 N/cm

Adhesion to PVC (initial)

5 N/cm

Adhesion to Steel (after 14 days)

8 N/cm

Adhesion to Steel (initial)

6.5 N/cm

Rating properties

Temperature resistance short term

80 °C

Temperature resistance long term

80 °C

Tack

+

Ageing resistance (UV)

+

Humidity resistance

++

Resistance to chemicals

+

Softener resistance

o

Static shear resistance at 23°C

+

Static shear resistance at 40°C

+

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