tesa® 4967

160µm double sided transparent filmic tape


Product Features
  • Extremely high holding power even at elevated temperatures
  • Superior converting performance due to strong PET backing and reduced adhesive mass flow
  • Good bonding performance even to LSE materials

Product description

tesa® 4967 is a transparent double-sided self-adhesive tape consisting of a PET backing and a modified acrylic adhesive.


Product details and specifications

Product Features

  • Extremely high holding power even at elevated temperatures
  • Superior converting performance due to strong PET backing and reduced adhesive mass flow
  • Good bonding performance even to LSE materials

Application Fields

  • Mounting lenses to mobile phone housings
  • Mounting of ABS plastic parts in the automotive industry
  • Mounting of decorative profiles and mouldings in the furniture industry
Backing material PET film
Colour transparent
Total thickness 160 µm
Type of adhesive tackified acrylic
Elongation at break 50 %
Tensile strength 20 N/cm
Temperature resistance long term duration 100 °C
Chemical resistance good
Tack good
Static shear resistance at 23°C good
Ageing resistance (UV) very good
Humidity resistance very good
Temperature resistance short term duration 200 °C
Static shear resistance at 40°C good
Softener resistance good
Adhesion to ABS (initial) 9.8 N/cm
Adhesion to ABS (after 14 days) 10.8 N/cm
Adhesion to Aluminium (initial) 9.6 N/cm
Adhesion to Aluminium (after 14 days) 12.2 N/cm
Adhesion to PC (initial) 11.7 N/cm
Adhesion to PC (after 14 days) 13.1 N/cm
Adhesion to PE (initial) 5.2 N/cm
Adhesion to PE (after 14 days) 5.7 N/cm
Adhesion to PET (initial) 9.3 N/cm
Adhesion to PET (after 14 days) 10.5 N/cm
Adhesion to PP (initial) 5.3 N/cm
Adhesion to PP (after 14 days) 7 N/cm
Adhesion to PS (initial) 10.2 N/cm
Adhesion to PS (after 14 days) 11.1 N/cm
Adhesion to PVC (initial) 8.9 N/cm
Adhesion to PVC (after 14 days) 11.9 N/cm
Adhesion to Steel (initial) 12 N/cm
Adhesion to Steel (after 14 days) 13.4 N/cm
According to VDA278 analysis, tesa 4967 does not contain any single substances restricted by the drafted GB regulations (China) as well as the indoor concentration guideline by Health, Labour and Welfare Ministry (Japan).
tesa® products prove their impressive quality day in, day out in demanding conditions and are regularly subjected to strict controls. All technical information and data above mentioned are provided to the best of our knowledge on the basis of our practical experience. They shall be considered as average values and are not appropriate for a specification. Therefore tesa SE can make no warranties, expressed or implied, including, but not limited to any implied warranty of merchantability or fitness for a particular purpose. The user is responsible for determining whether the tesa® product is fit for a particular purpose and suitable for the user’s method of application. If you are in any doubt, our technical staff will be glad to support you.
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Product comparison

Name of product tesa® 4967 tesa® 61315 tesa® 51960 tesa® 51967 tesa® 51972 tesa® 61895 tesa® 61395 tesa® 4983 tesa® 51983 tesa® 4928 tesa® 4980 tesa® 61825
Total thickness
160 µm
300 µm
248 µm
160 µm
48 µm
200 µm
200 µm
30 µm
30 µm
125 µm
80 µm
250 µm
Type of adhesive
tackified acrylic
tackified acrylic
tackified acrylic
tackified acrylic
tackified acrylic
modified acrylic
tackified acrylic
tackified acrylic
tackified acrylic
tackified acrylic
tackified acrylic
modified acrylic
Backing material
PET film
PET film
PP film reinforced by fabric
PET film
PET film
PET film
PET film
PET film
PET film
PET film
PET film
PET film
Static shear resistance at 23°C
good
good
medium
good
good
good
good
good
good
good
good
good
Static shear resistance at 40°C
good
good
low
good
medium
good
good
medium
good
good
medium
good
Ageing resistance (UV)
very good
very good
very good
very good
very good
very good
very good
very good
very good
very good
very good
Humidity resistance
very good
very good
very good
very good
very good
very good
very good
very good
very good
very good
very good
very good
Last updated on 18 Jun 2026