Product Construction
Backing material | aluminium foil |
Color | silver |
Color of liner | white |
Thickness of liner | 65 µm |
Thickness of tape | _NULL µm |
Total thickness | 85 µm |
Type of adhesive | type: conductive acrylic |
Type of liner | type: paper |
Aluminum Tape with electrically conductive adhesive
tesa® 4386 is a pressure sensitive adhesive tape based on a 40 micron aluminum foil, an electrically conductive acrylic adhesive and a white siliconized paper liner (65 µm).
Backing material | aluminium foil |
Color | silver |
Color of liner | white |
Thickness of liner | 65 µm |
Thickness of tape | _NULL µm |
Total thickness | 85 µm |
Type of adhesive | type: conductive acrylic |
Type of liner | type: paper |
Backing material | aluminium foil |
Color | silver |
Color of liner | white |
Thickness of liner | 65 µm |
Thickness of tape | _NULL µm |
Total thickness | 85 µm |
Type of adhesive | type: conductive acrylic |
Type of liner | type: paper |
Suitable for die cutting | yes |
Elongation at break | 6 % |
Tensile strength | 30 N/cm |
Contact resistance z-direction | 5 mOhm |
Backing appearance (visual) | reflective |
Temperature resistance short term | 150 °C |
Hand tearability | yes |
Temperature resistance long term | 120 °C |
Liner release force | 2 N/cm |
Surface resistance x-y-direction (adhesive) | 0.25 Ohm / square |
Surface resistance x-y-direction (backing) | 0.2 Ohm / square |
Operation temperature up to | 180 °C |
Suitable for die cutting | yes |
Elongation at break | 6 % |
Tensile strength | 30 N/cm |
Contact resistance z-direction | 5 mOhm |
Backing appearance (visual) | reflective |
Temperature resistance short term | 150 °C |
Hand tearability | yes |
Temperature resistance long term | 120 °C |
Liner release force | 2 N/cm |
Surface resistance x-y-direction (adhesive) | 0.25 Ohm / square |
Surface resistance x-y-direction (backing) | 0.2 Ohm / square |
Operation temperature up to | 180 °C |
Adhesion to Backing | 3.5 N/cm |
Adhesion to Steel | 3 N/cm |
Adhesion to Backing | 3.5 N/cm |
Adhesion to Steel | 3 N/cm |
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