Overview
| brand | Platinum research | Product name | Thermal conductive insulating material Graphite sheet thermal conductive material |
| type | EMI shielding effect to protect sensitive electronic components | characteristic | High and low temperature thermal conductivity |
| material quality | Thermal conductive powder Boron nitride magnesium oxide | purpose | Mobile phones/computers/chassis/communication equipment/military products |
| thickness | 1-5mm | colour | Grey, black, blue |
| model | XJY-056 | encapsulation | ordinary |
| quantity | ten thousand | Batch number | twenty million two hundred and twenty thousand five hundred and eighteen |
Product Details
High thermal conductivity, Z-axis up to 15 W/m.K, X-Y axis up to 300-1750 W/m.K;
Suitable for various complex heat dissipation surfaces that do not require insulation, and products with pressure sensitive adhesives can also be provided;
Thickness 0.01~1.00mm;
Easy to process, can be molded into specified shapes
>>Graphite sheet
The chemical composition of high thermal conductivity graphite material is mainly a single carbon (C) element, which is a Native element mineral. Thin film polymer compounds can be obtained through chemical methods under high temperature and pressure to obtain graphitized films. Carbon is a non-metallic element, but it has the conductivity and thermal conductivity of metallic materials, and has plasticity similar to organic plastics. Additionally, it has special thermal properties, chemical stability, lubrication, and can be applied to solid surfaces, among other good process properties. Therefore, thermal conductive graphite is widely used in electronics, communication, and lighting, Many fields such as aviation and defense have been widely applied.
The GR series is a flexible thermal conductive graphite sheet, made from 99% natural graphite as the substrate or artificially synthesized, with a thermal conductivity coefficient of 300W/m.k-1750W/m.k. It has anisotropic thermal conductivity and is a good thermal conductive graphite material.
Characteristics:
High thermal conductivity, Z-axis up to 15 W/m.K, X-Y axis up to 300-1750 W/m.K;
Suitable for various complex heat dissipation surfaces that do not require insulation, and products with pressure sensitive adhesives can also be provided;
Thickness 0.01~1.00mm;
Easy to process, can be molded into specified shapes;
Can replace thermal conductive silicone grease, phase change materials, and heat pipes;
Has EMI shielding effect to protect sensitive electronic components.