Elektromechanische Komponenten - Wärmeleitende Materialien - Thermische Materialien geteilt durch Dicke - GAP Fillers - GAP Fillers 2,0mm-2,9mm

1-FUP/GR25A-0H-200GY Heat conductivity 2.5W/mK; 50x50mm, thickness: 2mm

Laird: Tflex HD92500 228 x 228 x 2,50 mm; A17752-10; Wärmeleitpad 7,5 W / mK 00 Shore: 32 Grau -50 ° C bis 125 ° C

Laird: Tflex HD92500 228 x 228 x 2,50 mm; A17752-10; Wärmeleitpad 7,5 W / mK 00 Shore: 32 Grau -50 ° C bis 125 ° C

Laird: T-flex 3100 9"x9" Thermal Pad, t=2,54mm Laird Pad

LAIRD: Tflex 3100 228x228x2,54 mm Thermal Gap Filler

Laird: : Tflex 380TG / Gap Filler 22x22 T: 2.03mm Gap Filler Simple Rectangle 22 x 22 x 2.03 mm SPQ:81/405pcs

Laird: Tflex 380TG 228 x 228 mm t = 2,03 mm; A18053-08; Wärmeleitpad 1,2 W / mK, hellgrün -40 ° C bis 160 ° C

Laird Tflex 580. DC1, t=2.03, 228x228 mm gap Filler

Laird: Tflex 6100 228 x 228 mm t = 2,54 mm; A12624-01; Wärmeleitpad 3,0 W / mK, Blau-Violett -45 ° C bis 200 ° C

Laird: Tflex HD3120,DC1 9x9IN Thermal Material 228 x 228 x 3.0 mm, 2,7W/mK, Rosa

Laird TIM High deflection 9x9IN 2.7 W/m K, Pink , -40°C to 200°C

Laird Tflex HD92000 SHEET 228x228x2,0mm Wärmeleitpad 7,5W/mK 2,0mm 00Shore:32 -50°C+125°C A17752-08

Laird: Tflex HP34, 2,0; 5"x3", A18330-08 Thermal Gap Filler, 127x76x2,0 mm, 34W/mK, -40°C+125°C

Laird: Tflex HP34, 2,0; 5"x3", A18330-08 Thermal Gap Filler, 127x76x2,0 mm, 34W/mK, -40°C+125°C

Tflex HR680 9" x 9", Mid-Performance Gap Filler mit 3 W/mK, 228 x 228 x2.0 mm, 3W/mK,-45°C+200°C

Tflex HR680 9" x 9", Mid-Performance Gap Filler mit 3 W/mK, 228 x 228 x2.0 mm, 3W/mK,-45°C+200°C

Laird: Tflex SF10,2.75 10W/mK Thermal Gap Filler 229x229x2,75mm A18213-11

Laird: Tputty 502FG2,080 229*229*2,0mm TIM 3,0W/mF SHORE 00 14-ultra Soft White A10237-21