Product Construction
Backing material | none |
Colour | white |
Colour of liner | transparent |
Thickness of liner | 75 µm |
Total thickness | 2000 µm |
Type of adhesive | type: acrylic |
Type of liner | type: PET film |
tesa® 58328
tesa® 58328 is a 2000 μm thermally conductive pad.
This acrylic based thermally conductive product provides high thermal conductivity with its thermally conductive fillers when it is applied between heat source and heat sink to transfer the heat.
it also has excellent electrical insulation property and flame redardancy.
Backing material | none |
Colour | white |
Colour of liner | transparent |
Thickness of liner | 75 µm |
Total thickness | 2000 µm |
Type of adhesive | type: acrylic |
Type of liner | type: PET film |
Backing material | none |
Colour | white |
Colour of liner | transparent |
Thickness of liner | 75 µm |
Total thickness | 2000 µm |
Type of adhesive | type: acrylic |
Type of liner | type: PET film |
Volume resistance | 1000000000 Ohm.cm |
Release of liner | easy |
Temperature resistance (125°C) | very good |
Breakdown voltage | 15 KV |
Density | 1.88 g/cm³ |
Surface resistance | 10000000000 10^6 Ohm |
Temperature resistance (-40°C) | very good |
Flame retardancy | V0 |
Thermal conductivity z-direction | 2 W/mK |
Temperature resistance short term duration | 200 °C |
Hardness - Shore 00 | 85 STK |
Volume resistance | 1000000000 Ohm.cm |
Release of liner | easy |
Temperature resistance (125°C) | very good |
Breakdown voltage | 15 KV |
Density | 1.88 g/cm³ |
Surface resistance | 10000000000 10^6 Ohm |
Temperature resistance (-40°C) | very good |
Flame retardancy | V0 |
Thermal conductivity z-direction | 2 W/mK |
Temperature resistance short term duration | 200 °C |
Hardness - Shore 00 | 85 STK |
Adhesion to Aluminium (initial) | 0.72 N/cm |
Adhesion to Aluminium (20 min. @ RT, 90°) | 0.72 N/cm |
Adhesion to Steel (initial) | 0.57 N/cm |
Adhesion to Steel (20min @ RT, 90°) | 0.57 N/cm |
Adhesion to Aluminium (initial) | 0.72 N/cm |
Adhesion to Aluminium (20 min. @ RT, 90°) | 0.72 N/cm |
Adhesion to Steel (initial) | 0.57 N/cm |
Adhesion to Steel (20min @ RT, 90°) | 0.57 N/cm |
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