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首页    热量管理    3M™ 导热垫片(丙烯酸弹性体)

3M™ 导热垫片(丙烯酸弹性体)

 

3M产品

产品描述

粘接性

导热性能

电特性

 

基材类型

产品厚度

mil(mm)

填充料

类型

离型纸

类型

粘性特点/shore 00硬度

(基于6mm厚度产品)

导热系数W/m-k

(3M ASTM D5470)

热阻抗

℃-in2/W

(℃-cm2/W)

介电

强度

kv/mm

体积强度

ohm/cm

UL燃烧

等级

持续工作

温度范围(℃)

3M导热垫片

5570

丙烯酸填充型混合物

20(0.5)

40(1.0)

60(1.5)

 

陶瓷

PET

无胶水层

自然粘性///shroo=50

1.3

/

20

2.9X10E12

 

V0

短期:110℃

长期:80℃

5589H

丙烯酸填充型混合物

40(1.0)

60(1.5)

 

陶瓷

PET

无胶水层

自然粘性///shroo=48

2.0

1.33(8.6)

1.67(10.8)

21

3.4X10E12

V0

短期:110℃

长期:80℃

5590H

丙烯酸填充型混合物

20(0.5)

40(1.0)

60(1.5)

 

陶瓷

PET

无胶水层

自然粘性///shroo=62

3.0

0.46(3.0)

0.70(4.5)

0.95(6.1)

33

2.7X10E12

V0

短期:110℃

长期:80℃

5567H

丙烯酸填充型混合物

20(0.5)

40(1.0)

60(1.5)

 

陶瓷

PET

无胶水层

自然粘性///shroo=60

3.0

/

16

2.7X10E12

V0

 

短期:110℃

长期:80℃

3M导热绝缘垫片

7790

/

8(0.2)

陶瓷

 

无胶水层

自然粘性///shroo=86

1.8

/

>6.0*

>10E10

V0

 

短期:-60-180℃

长期:-40-150℃

   product                               Description/Application Ideas

3M™ Thermally Conductive Acrylic Interface Pad 5567H

Highly conformable, slightly tacky acrylic elastomer sheet filled with conductive particles. Designed to provide preferential heat transfer path between heat generating components and heat spreaders with lower odor for concerning about the smells.

3M™ Thermally Conductive Acrylic Interface Pad 5570

Highly conformable and tacky acrylic elastomer sheet filled with conductive ceramic particles. Designed to provide preferential heat transfer path between heat generating components and heat spreaders as aluminum heat sink with moderate K.

3M™ Thermally Conductive Acrylic Interface Pad 5589H

3M™ Thermally Conductive Interface Pad 5589H is a thermally conductive acrylic elastomer based interface pad. It has very high thermal conductivity, good electrical insulation properties and is ideally suited for applications that require non-silicone properties. 2.0 W/mK

3M™ Thermally Conductive Acrylic Interface Pad 5590H

A thermally conductive soft and acrylic elastomer based interface pad. It has very high thermal conductivity, good electrical insulation properties and is ideally suited for applications that require non-silicone properties. 3.0 W/m-K