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tesa® #68105 무기재양면(0.05mm)

tesa® #68105 무기재양면(0.05mm) 사진 1

PRODUCT INFORMATION tesa® 68105 50µm double sided transparent pure acrylic transfer tape 0 More privacy Currently no data is transfered to social networks. This happens first when you click on the reffering icon. Then a pop-up window opens and only then, and not before, a data connection will be build up.000000 Product Features tesa® 68105 is a 50µm transparent transfer tape suitable for demanding lamination jobs. The pure acrylic adhesive gives this product an excellent compatibility with printing inks, including conductive inks. The adhesive thickness offers the best compromise between adhesion on filmic polymers, high shear resistance and efficient processability. A moisture resistant liner gives this product good dimensional stability for die cutting processes. tesa® 68105 features especially: High shear strength under high temperature conditions Easy repositioning during assembling processes Excellent resistance against plasticizers Low outgassing Ageing resistance Main Applications Lamination of overlays on touch switches Fastening of printed nameplates and label stock Assembly of all kind of filmic multilayer constructions

Technical Data
Backing materialnone
Type of adhesivepure acrylic
Type of linerPET
Colour of linertransparent
Thickness of liner75 µm
Adhesion to
ABS (after 14 days)6 N/cm
ABS (initial)4.3 N/cm
Aluminium (after 14 days)5.5 N/cm
Aluminium (initial)3.6 N/cm
PC (after 14 days)6.6 N/cm
PC (initial)5 N/cm
PE (after 14 days)1.6 N/cm
PE (initial)1.1 N/cm
PET (after 14 days)4.5 N/cm
PET (initial)3.5 N/cm
PP (after 14 days)2 N/cm
PP (initial)1.3 N/cm
PS (after 14 days)5.5 N/cm
PS (initial)4.5 N/cm
PVC (after 14 days)6.7 N/cm
PVC (initial)4 N/cm
Steel (after 14 days)6.7 N/cm
Steel (initial)4.6 N/cm
Properties
Temperature resistance short term200 °C
Temperature resistance long term150 °C
Tacko
Ageing resistance (UV)++
Humidity resistance+
Resistance to chemicals+
Softener resistance++
Static shear resistance at 23°C++
Static shear resistance at 40°C++
Static shear resistance at 70°C++