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Elektromechanische Komponenten - Wärmeleitende Materialien - Thermische Materialien geteilt durch Dicke - GAP Fillers
| Ware Name Beschreibung |
Verfügbarkeit | Davon reserviert | Menge | Mengenachlaßpreis ohne Mwst. | Verkaufspreis ohne MwSt. | |||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 0 | 0 | ks |
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66,9570 | ||||||||||
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Laird: Tflex HR4300, 9"x9"; t= 7.626 mm 1,8 W/mK, Thermal Gap Filler; t= 7,62mm, ohne Beschichtung , 1,8 W/mK, A15959-30
-50°C bis 160°C, Dunkelgrau |
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| 0 | 0 | ks |
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70,4350 | ||||||||||
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Laird: Tflex HR4300, DC1, 9"x9"; t= 7.62 mm 1,8W/mK Thermal Gap Filler; t= 7,62mm, mit Beschichtung, DC1 = mit Kleber A16106-30
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| 0 | 0 | ks |
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55,7830 | ||||||||||
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Laird: Dispensable Gap Filler Tputty 403 - 75cc Cartidge, A16872-02; 2,3 W / mK
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| 13 | 0 | ks |
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93,4780 | ||||||||||
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Laird: Dispensable Gap Filler Tputty 508 - 180cc Cartidge, A17170-02; 3,7 W / mK, Grün, Dichte (g / cm3) -3,2 A17170-02
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| 0 | 0 | ks |
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Laird: Dispensable Gap Filler Tputty 508 - 180cc Cartidge, A17170-02; 3,7 W / mK, Grün, Dichte (g / cm3) -3,2 A17170-02
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| 0 | 0 | ks |
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334,9130 | ||||||||||
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Laird: Dispensable Gap Filler Tputty 508 - 600cc Cartidge, A17170-04; 3,7 W / mK, Grün, Dichte (g / cm3) -3,2 A17170-04
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| 0 | 0 | ks |
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62,2170 | ||||||||||
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Laird: Dispensable Gap Filler Tputty 508 - 75cc Cartidge, A17170-01; 3,7 W / mK, Grün, Dichte (g / cm3) -3,2 A17170-01
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| 0 | 0 | ks |
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49,4170 | ||||||||||
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Laird Ttape 1050A 18"x18"x0,002" Thermal Pad White 457x457mm t=0,05 mm Square
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| 10 | 0 | ks |
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16,7390 | ||||||||||
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Patron: THER TP400, t=1.5mm Thermally conductive gap filler pad 4W/m.K 300x200x1.5mm
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| 1 | 0 | ks |
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Patron: THER TP400, t=1.5mm Thermally conductive gap filler pad 4W/m.K 300x200x1.5mm
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| 0 | 0 | ks |
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34,7390 | ||||||||||
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Laird HD700 Tflex HD740 9.0x9,0in A17653-04 Thermospaltfüller kombiniert 5 W/mK t=1,00mm rosa Härte (shore 00) 54
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| 0 | 0 | ks |
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10,8700 | ||||||||||
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Laird Tflex HD740 4.0x4.0in Thermospaltfüller kombiniert 5 W/mK t=1,00mm rosa Härte (shore 00) 54
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| 1 | 0 | ks |
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Laird Tflex HD740 4.0x4.0in Thermospaltfüller kombiniert 5 W/mK t=1,00mm rosa Härte (shore 00) 54
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| 0 | 0 | ks |
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106,0870 | ||||||||||
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Laird: CoolZorb-500 0,02x18x18 IN A17557-020 Hybrider thermischer EMI-Absorber CoolZorb 500 Serie 4W/mK MI-Unterdrückung innerhalb von 1-90GHz, 457,20x457,2x0,5mm A17557-020
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| 0 | 0 | ks |
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169,5650 | ||||||||||
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Laird: CoolZorb-500 0,04x18x18 IN A17557-040 Hybrider thermischer EMI-Absorber CoolZorb 500 Serie 4W/mK MI-Unterdrückung innerhalb von 1-90GHz, 457,20x457,2x1,0mm A17557-040
CoolZorb 500 Series 4W/mK MI-Unterdrückung innerhalb von 1-90GHz, 457,20x457,2x1,0mm |
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| 0 | 0 | ks |
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231,7390 | ||||||||||
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Laird: CoolZorb-500, 0,06x18x18 IN A17557-060 Hybrider thermischer EMI-Absorber CoolZorb 500 Serie 4W/mK MI-Unterdrückung innerhalb von 1-90GHz, 457,20x457,2x1,5mm A17557-060
CoolZorb 500 Series 4 W/mK MI-Unterdrückung innerhalb von 1-90 GHz, 457,20 x 457,2 x 1,5 mm |
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| 0 | 0 | ks |
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0,4130 | ||||||||||
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Patron Keramik elektrisch isolierendes Wärmeleitpad ALU OXIDE 22*17*1mm 30W/mK
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