TFlex300 系列硅胶垫片
Laird Technologies
Web site: https://www.wendangku.net/doc/455363130.html,
Tflex? 300 Series Gap Filler Material
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Ultra Compliant, Thermal Gap Filler for High-Speed
Computing and Telecommunications Applications
Tflex? 300 is a silicone gel combined with a ceramic powder to offer an
unique combination of compliancy, thermal resistance and price.
Tflex? 300, at pressures of 50 psi, deflect over 50% the original thickness.
This high rate of compliancy allows the material to "totally blanket" the
component, enhancing thermal transfer. The material has a very low
compression set enabling the pad to be reused many times.Tflex? 300, in achieving its stellar compliancy, does not sacrifice thermal performance. With a thermal conductivity of
1.2 W/m-K, low thermal resistances can be achieved at low pressures. Tflex? 300 is offered with a hard, metallized liner option for easy handling and improved rework. This metallized liner offers better thermal transfer than other silicone based liners found on comparable products. The metallized liner's lower coefficient of friction also allows for
easy assembly of parts that must slide together, such as a card into a chassis.
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Results1 -20 of 201Item #Color Thickness Density Hardness Thermal Resistance at 10 psi Thermal Resistance at 69 KPa Tflex 320Mint 0.020 inches
0.510 mm
1.78 g/cc 56 Shore OO 0.844 oC-in 2/W 5.41 oC-cm 2/W Tflex 330Mint 0.030
inches
0.760 mm
1.78 g/cc 56 Shore OO 1.050 oC-in 2/W 6.74 oC-cm 2/W Tflex 340-FG Mint 0.040
inches
1.020 mm
1.78 g/cc 56 Shore OO 1.380 oC-in 2/W 8.85 oC-cm 2/W Tflex 340Mint 0.040
inches
1.020 mm
1.75 g/cc 27 Shore OO 1.444 oC-in 2/W 7.34 oC-cm 2/W Tflex 350Mint 0.050
inches
1.270 mm
1.75 g/cc 27 Shore OO 1.320 oC-in 2/W 8.47 oC-cm 2/W Tflex 360Mint 0.060
inches
1.520 mm
1.75 g/cc 27 Shore OO 1.490 oC-in 2/W 9.56 oC-cm 2/W Tflex 370Mint 0.070
inches
1.780 mm
1.75 g/cc 27 Shore OO 1.654 oC-in 2/W 10.61 oC-cm 2/W Tflex 380Mint 0.080
inches
2.030 mm
1.75 g/cc 27 Shore OO 1.812 oC-in 2/W 11.62 oC-cm 2/W 0.090 1.75 27 Shore
Tflex 390Mint
inches
2.290 mm
g/cc OO
1.964 oC-in2/W 1
2.60 oC-cm2/W
Tflex 3100Mint
0.100
inches
2.540 mm
1.75
g/cc
27 Shore
OO 2.110 oC-in
2/W 13.53 oC-cm2/W
Tflex
3110Mint
0.110
inches
2.790 mm
1.75
g/cc
27 Shore
OO 2.250 oC-in
2/W 14.43 oC-cm2/W
Tflex 3120Mint
0.120
inches
3.050 mm
1.75
g/cc
27 Shore
OO 2.384 oC-in
2/W 15.29 oC-cm2/W
Tflex 3130Mint
0.130
inches
3.300 mm
1.75
g/cc
27 Shore
OO 2.512 oC-in
2/W 16.11 oC-cm2/W
Tflex
3140Mint
0.140
inches
3.560 mm
1.75
g/cc
27 Shore
OO 2.634 oC-in
2/W 16.89 oC-cm2/W
Tflex 3150Mint
0.150
inches
3.810 mm
1.76
g/cc
27 Shore
OO 2.750 oC-in
2/W 17.64 oC-cm2/W
Tflex 3160Mint
0.160
inches
4.060 mm
1.75
g/cc
27 Shore
OO 2.860 oC-in
2/W 18.34 oC-cm2/W
Tflex 3170Mint
0.170
inches
4.320 mm
1.75
g/cc
27 Shore
OO 2.964 oC-in
2/W 19.01 oC-cm2/W
Tflex 3180Mint
0.180
inches
4.570 mm
1.75
g/cc
27 Shore
OO 3.062 oC-in
2/W 19.64 oC-cm2/W
Tflex 3190Mint
0.190
inches
4.830 mm
1.76
g/cc
27 Shore
OO 3.154 oC-in
2/W 20.23 oC-cm2/W
Tflex 3200Mint
0.200
inches
5.080 mm
1.75
g/cc
27 Shore
OO 3.240 oC-in
2/W 20.78 oC-cm2/W
Results1 - 20 of 201