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Elektromechanische Komponenten - Wärmeleitende Materialien - GAP-Materialien geteilt durch Wärmeleitfähigkeit - GAP Fillers W/mK (2,1-3,0) - Tflex HD300 2,7W/mK Hardness (Shore 00) 38
| Ware Name Beschreibung |
Verfügbarkeit | Davon reserviert | Menge | Mengenachlaßpreis ohne Mwst. | Verkaufspreis ohne MwSt. | |||||
|---|---|---|---|---|---|---|---|---|---|---|
| 0 | 30 | ks |
|
15,8260 | ||||||
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Laird Tflex HD340 228x228x1,0mm, Laird TIM High deflection 9x9IN 2.7 W/mK A17633-04
|
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| 0 | 0 | ks |
|
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Laird Tflex HD340 228x228x1,0mm, Laird TIM High deflection 9x9IN 2.7 W/mK A17633-04
|
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| 0 | 0 | ks |
|
20,0000 | ||||||
|
Tflex HD360 228x228x1,5mm 2,7W/mK Laird TIM Hohe Durchbiegung 9x9IN 2.7 W/m K; -40°C+200°C A17633-06
|
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| 0 | 0 | ks |
|
40,0000 | ||||||
|
Laird: Tflex HD3120,DC1 9x9IN Thermal Material 228 x 228 x 3.0 mm, 2,7W/mK, Rosa
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| 2 | 0 | ks |
|
28,2610 | ||||||
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Laird TIM High deflection 9x9IN 2.7 W/m K, Pink , -40°C to 200°C
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| 0 | 0 | ks |
|
62,5630 | ||||||
|
Tflex HD3120, DC1 4x4" Laird Thermal Material 101,6x101,6x3.0 mm,2,7W/mK,Pink
|
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| 0 | 0 | ks |
|
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Tflex HD3200,DC1 9"x9" t=0,2" Laird Gap fillers sheet 228x228x5mm
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| 0 | 0 | ks |
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Tflex HD3200,DC1 9"x9" t=0,2" Laird Gap fillers sheet 228x228x5mm
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| 0 | 0 | ks |
|
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|
Tflex HD380 101,6x101,6x2,0mm Laird TIM High deflection 4x4IN 2.7 W/m K
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| 1 | 0 | ks |
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Tflex HD380 101,6x101,6x2,0mm Laird TIM High deflection 4x4IN 2.7 W/m K
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