ICT-FSL-HR 8,00
ICT - Gapfiller - Spacer - Soft & Ultrasoft
In addition to a very high thermal conductivity, the elastomer, which is enriched in the special manufacturing process with heat-conducting ceramics, also has excellent technical elasticity and a very high electrical impact resistance.
ICT-FSL-HR offers excellent thermal performance. The gap filler spacer significantly reduces the overall transfer resistance and provides an optimal thermal path-for a very good thermal performance. The first-class combination of very high thermal and mechanical properties makes the material suitable for a wide range of applications; Wherever large gaps must be bridged from the power component to the heat sink.
General Properties | Unit | ICT-FSL-HR |
---|---|---|
Color | - | Gray |
Tolerance | % | 10 |
Density | g/cm³ | 3,3 |
Outgassing (LMW Siloxane) sum D3-10 | ppm | 250 |
Flame Retardancy | UL94 | V-1 |
Hardness (Shore A) | Asker C | 40,00 |
Hardeness (Shore 00) | Shore 00 | 76,00 |
Thicknesses | mm | 1,0 .. 3,0 |
Surface Tack | Page | 2 |
Compressibility | % | 15 |
Breaking strength | MPa | 0,20 |
Elongation | % | 40 |
Young's Modulus | MPa | 0,200 |
Volume Resistance | Ω/cm | 1,50 x 1012 |
Dielectric constant | - | 8,3 |
Dielectric breakdown voltage | kV/mm | 10,00 |
Thermal conductivity | W/m*K | 8,00 |
Operating temperature | °C | from -60 °C to 180 °C |
Properties
- High Thermal conductivity 8 W/mK
- Low heat transfer resistance 0.38 C °/W (1mm)
- High electrical shock Resistance > 10 kV/AC (1mm)
- Very high elasticity and flexibility
- Outstanding Mechanical Damping Properties
- Non-combustible according to UL 94 VO
- Self-adhesive or self-adhesive on one side.
Delivery Forms
- In the form of mats: 480x460mm and 460x450mm
- Customer dimension-specific special shapes/blanks or on carrier liner (Kisscut) also in roll format and by arrangement (material thickness 1mm) possible
No warranties or liabilities can be taken for the displayed information.