MOS Tube/Transformer/Capacitor Insulation Silicone Rubber Thermal Pad

China MOS Tube/Transformer/Capacitor Insulation Silicone Rubber Thermal Pad, Find details about China Silicone Pad, Silicone Thermal Pad from MOS Tube/Transformer/Capacitor Insulation Silicone Rubber Thermal Pad

Model NO.
PM
Classification
Organic Insulating Material
Certification
ISO9001
Color
White Blue Grey Pink
Brand
Karefonte
Use Temperature
-50ºC~200ºC
Thickness
0.25~15mm
Thermal Conductivity(W/M-K)
1~15W
Hardness
25~55
Specific Gravity
2.05~3.5
Tensile Strength
15~65
Elongation
48~57
Trademark
karefonte
Transport Package
White Packaging
Specification
200*400 300*400, Size can be customized
Origin
Shenzhen, China
HS Code
3506919090
Model NO.
PM
Classification
Organic Insulating Material
Certification
ISO9001
Color
White Blue Grey Pink
Brand
Karefonte
Use Temperature
-50ºC~200ºC
Thickness
0.25~15mm
Thermal Conductivity(W/M-K)
1~15W
Hardness
25~55
Specific Gravity
2.05~3.5
Tensile Strength
15~65
Elongation
48~57
Trademark
karefonte
Transport Package
White Packaging
Specification
200*400 300*400, Size can be customized
Origin
Shenzhen, China
HS Code
3506919090

MOS tube/Transformer/Capacitor Insulation Silicone Rubber Thermal Pad

Product Description:
Thermal silicone pad has excellent thermal conductivity and electrical insulation performance. Not only can satisfy the majority of electronic product thermal insulation requirements, but also widely used in the thermal requirements that are not too high in electronic products. With the heat conduction performance, stable and the product also has the viscosity, easy to use.

Thermal silicone pad by using the heat conduction, soft silicone heat-conducting material stable insulation performance characteristics and soft and elastic, good contact is arranged between the heating device and the heat radiating member, which achieve heat transfer and insulation effect.


MOS Tube/Transformer/Capacitor Insulation Silicone Rubber Thermal Pad

Performance and characteristics:
1.High thermal conductivity, heat transfer coefficient 1~15W/m-k.
2.Stable performance, low thermal resistance, effectively improve the heat transfer rate.
3.Low hardness, its viscosity, easy to use and high degree of bonding.
4.By ISO9001 certification standards.

                                                                                   PROPERTIES  TABLE
Test ItemNumerical Value
Model NO.                            PM150PM200SPM260PM300PM350PM460PM500
Thickness(mm)                          0.25--150.5--100.25--5.00.3 - 5.00.25-5.00.25--5.00.30--5.0
Color                                  Hoar/blackHoar+pinkBlue/YellowBlue / GrayGreyBlackBlack
Thickness Tolerance(mm)                         0.12±0.010.16±0.010.08±0.010.05±0.010.06±0.010.05±0.010.05±0.01
Continuous Use Temp (ºC)                  -50~200-60~200-50+200-60~200-50~200-50+200-60+200
Thermal Conductivity(W/m-k)                 1.522.63.23.54.65.2
Volume Resistivity(Ω-cm)                   1017↑1017↑1017 ↑9.0*1013↑1017↑1017 ↑1017 ↑
Dielectric Breakdown Voltage                         4.5KV↑6KV↑5.0KV↑5.5KV↑6.0KV↑6.5KV↑6KV↑
Hardness(shore A)                           30±530±520±510-50±540±550±565±5
Specific Gravity                              2.052.633.153.23.33.3
Tensile  Strength(kg/cm²)                    15405052607065
Elongation(%)                             48485555586857
RoHS(6)                                    Check outCheck outCheck OutCheck outCheck outCheck OutCheck Out
Halogen(4)                               Check outCheck outCheck OutCheck outCheck outCheck OutCheck Out
REACH(15)                       Check outCheck outCheck OutCheck outCheck outCheck OutCheck Out
Flame Rating                           V----0V----0V-----0V----0V----0V-----0V-----0
Construction                            SiliconeSilicone + Fiberglass ClothSiliconeSiliconeSiliconeSiliconeSilicone

Applications:
1.LED lighting, lighting equipment
2.Household appliances, LCD display
3.Semiconductor and the radiating fin between
4.Communication product, intelligent mobile phone, tablet computer
5.Desktop computer, notebook and other portable computer
6.Large power supply etc.

 
MOS Tube/Transformer/Capacitor Insulation Silicone Rubber Thermal Pad
Specification:
Standard size 200mm*400mm , 300mm*400mm according to customer needs cutting type.

Basic thickness 0.3mm*15mm thickness, special thickness size can be customized

Itself slightly viscous, if need to strengthen the adhesive can be according to customer's requirement

Product color is mass produce color , special color you need, we can adjust according to the actual situation .

MOS Tube/Transformer/Capacitor Insulation Silicone Rubber Thermal Pad
Company Introduction:

MOS Tube/Transformer/Capacitor Insulation Silicone Rubber Thermal Pad
Shenzhen City Jia Rifeng Tai Electronic Technology Co., Ltd. Was founded in 2010, a total investment of more than 1000000 RMB. Jia RiFeng Tai is a professional committed to the domestic and foreign electronic thermal insulation materials of high-tech enterprises.

Our Main Products: Thermal conductive filler material, like thermal gap pad, insulator silicone sheet, insulator silicone sleeve, ACF conductive film, thermal silicone heating, thermal double-sided tape, thermal graphite, thermal silicone encapsulants, thermal grease / paste, alumina ceramic, Aln ceramic, zirconia ceramic, Sic ceramic, NFC Ferrite sheet, EMI absorber sheet, thermal phase change material, silicone rubber (Fujipoly), Bergquist thermal conductive material K4, K6, K10 insulation gap pad.


FAQ:MOS Tube/Transformer/Capacitor Insulation Silicone Rubber Thermal Pad

Our Advantage:

1.We make and export high quality.

2.We provide the most favorable and most competitive prices for you.

3.We will supply with all information to u ,about package, weight,and so on.

4.We can customize the products for you, such as the size, shape, color and so on.

5.We provide the best after-sales service and try our best to solve problems for our customers.


Contact us:

We can make many specifications according to your request !

For more information , please feel free to contact to me.