Ultra-Thin Design: With a thickness of only 48µm (1.9 mils), this tape is exceptionally thin yet durable.
High Adhesion: Offers a high level of adhesion, ensuring strong bonds between materials.
Environmental Durability: Exhibits excellent resistance to harsh environmental conditions, making it suitable for both indoor and outdoor use.
Ease of Use: Provides superior handling performance during converting processes, facilitating smooth and efficient application.
Application Fields:
Badge and Sign Mounting: Ideal for attaching metal or plastic badges and signs securely.
Reflection Foil Fixation: Used to fix reflection foil to LCD frames, enhancing visibility and aesthetics.
Plastic Film Splicing: Effective for splicing thin plastic films, ensuring a continuous and stable connection.
The tesa® 4972 is a transparent, double-sided self-adhesive tape that combines an ultra-thin PET backing with a tackified acrylic adhesive. Its high adhesion level and resistance to demanding environmental conditions make it a reliable choice for a variety of applications, from mounting badges and signs to fixing reflection foils and splicing thin plastic films. The tape's excellent handling performance during converting processes further enhances its versatility and user-friendliness.
tesa® 4972: Versatile Double-Sided Acrylic Adhesive Tape
Product Features:
Application Fields:
The tesa® 4972 is a transparent, double-sided self-adhesive tape that combines an ultra-thin PET backing with a tackified acrylic adhesive. Its high adhesion level and resistance to demanding environmental conditions make it a reliable choice for a variety of applications, from mounting badges and signs to fixing reflection foils and splicing thin plastic films. The tape's excellent handling performance during converting processes further enhances its versatility and user-friendliness.
Product Construction
48 µm
Properties / Performance Values
20 N/cm
200 °C
100 °C
Adhesion to Values
5.3 N/cm
6.5 N/cm
5.2 N/cm
7.7 N/cm
6.5 N/cm
8.6 N/cm
3.1 N/cm
3.5 N/cm
5.3 N/cm
7 N/cm
3 N/cm
4.8 N/cm
5.4 N/cm
7.1 N/cm
5.7 N/cm
9.4 N/cm
7 N/cm
9.6 N/cm