- Series：
-
- Material：
-
- Outline：
-
- Backing，Carrier：
-
- Thermal Resistivity：
-
- Thermal Conductivity：
-
- Electus conditionibus;
Odonata Lepidoptera products 7
 |
Image | part | manufacturer | quantitas | partus tempus | Unit Price | buy | Description | Series | Material | Color | Adhesive | Outline | Backing，Carrier | Thermal Resistivity | Thermal Conductivity | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
Image | part | manufacturer | quantitas | partus tempus | Unit Price | buy | Description | Series | Material | Color | Adhesive | Outline | Backing，Carrier | Thermal Resistivity | Thermal Conductivity | |
|
|
|
t-Global Technology |
920
|
III dies |
-
|
MOQ: 1 MPQ: 1
|
LI98CN THERM TAPE 100X100X0.18MM
|
Li-98 | Acrylic Elastomer | White | Adhesive - Both Sides | 100.00mm x 100.00mm | Fiberglass | - | 2.0 W/m-K | ||
|
|
|
t-Global Technology |
88
|
III dies |
-
|
MOQ: 1 MPQ: 1
|
LI98 THERMAL TAPE 150X150X0.18MM
|
Li-98 | Acrylic Elastomer | White | Adhesive - Both Sides | 150.00mm x 150.00mm | Fiberglass | - | 2.0 W/m-K | ||
|
|
|
t-Global Technology |
55
|
III dies |
-
|
MOQ: 1 MPQ: 1
|
LI98CN THERM TAPE 300X300X0.18MM
|
Li-98 | Acrylic Elastomer | White | Adhesive - Both Sides | 300.00mm x 300.00mm | Fiberglass | - | 2.0 W/m-K | ||
|
|
|
t-Global Technology |
9
|
III dies |
-
|
MOQ: 1 MPQ: 1
|
LI98 THERMAL TAPE 320X320X0.18MM
|
Li-98 | Acrylic Elastomer | White | Adhesive - Both Sides | 320.00mm x 320.00mm | Fiberglass | - | 2.0 W/m-K | ||
|
|
|
Wakefield-Vette |
Quaestiones
|
- |
-
|
MOQ: 1 MPQ: 1
|
SHEET OF 173-7 SERIES W/ADH BACK
|
DeltaPad | - | Gray | Adhesive - One Side | 304.80mm x 304.80mm | Polyimide | 0.33°C/W | 1.2 W/m-K | ||
|
|
|
Bergquist |
Quaestiones
|
- |
-
|
MOQ: 1 MPQ: 1
|
THERMAL PAD 400 12X12 SHEET
|
Sil-Pad 400 | Silicone Rubber | Gray | Adhesive - One Side | 304.80mm x 304.80mm | Fiberglass | 1.13°C/W | 0.9 W/m-K | ||
|
|
|
Wakefield-Vette |
Quaestiones
|
- |
-
|
MOQ: 1 MPQ: 1
|
THERMAL PAD .007" GRAY
|
DeltaPad | - | Gray | - | 304.80mm x 304.80mm | Polyimide | 0.33°C/W | 1.2 W/m-K |
