DOUBLE SIDED FILM TAPE

Double Sided Film Tapes are created by applying a thin adhesive layer to each side of a film carrier. It is designed to stick two surfaces together, often in a way which is not visible in the end product. In order to use it in different applications, we provide different construction of tapes. It is available in different thickness and adhesive formulations to meet production and industry requirements.

 

Features:

  • RoHS 2.0 & SVHC-Free
  • Good adhesion for plastic product
  • Good temperature resistance and die-cutting
  • Widely use in fixing component

PRODUCT LIST :

 

Part # Color Adhesive Adhesion  Temperature Application
DS-T160R Clear Acrylic 1.8 kg ↑ -20℃~150℃ High tack with red MOPP liner, high shear and temperature resistance, bonding for plastic substrates, car mirror in automobile industry, excellent adhesion to rough surfaces.
DS-T200R Clear Acrylic 2.0 kg ↑ -20℃~150℃ High tack with red MOPP liner, high shear and temperature resistance, bonding for plastic substrates, car mirror in automobile industry, excellent adhesion to rough surfaces.
DS-T200W Clear Acrylic 2.1 kg ↑ -20℃~150℃ High tack with red MOPP liner, high shear and temperature resistance, bonding for plastic substrates, car mirror in automobile industry, excellent adhesion to rough surfaces.
DS-T1255 Clear Acrylic 1.6 kg ↑ -20℃~130℃ Good initial tack, thin PET film for insulation, mounting electronic devices.
DS-T1221 Clear Acrylic 1.1 kg ↑ -20℃~130℃ Fixing LCD frame, mounting plastic signs, splicing of thin plastic film
DS-T2529 Clear Acrylic 1.3 kg ↑ -20℃~130℃ Mounting of components in electronic devices, good converting performance
DS-T1209 Clear Acrylic 0.8 kg ↑ -10℃~130℃ Fixing of foil to LCD frame, Splicing of thin plastic films
DS-ST2560 Clear Acrylic 0.4 / 1.0 kg ↑ -5℃~100℃ Repositionable adhesive on one side and permanent adhesive on the other side for industrial joining.
DS-AST1250 Clear Acrylic 1.2 / 1.5 kg ↑ -5℃~150℃ Silicone and acrylic PSA coated on each side of thin PET film. Bonding silicone rubber to high  energy surface materials.
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