Thermal conductive composite material is a new type of functional material with double-sided adhesion, high thermal conductivity, high tensile strength, and good processing performance. It can be widely used in the electronic and electrical industry, such as heat sinks, heaters, heating tubes, etc.
Now, let the advanced technology editor introduce the characteristics of this material to you.
Advantages of Thermal Conductive Composite Materials:
1. High thermal conductivity: A matrix material reinforced with fibers bonded on both sides (or formed by winding metal wires) is used to create gaps between fibers and air, thereby increasing the contact area between fibers and achieving high thermal conductivity.
2. High strength: Due to the high tensile strength of the substrate, it can withstand large tensile forces. At the same time, its surface is smooth and free of sharp corners, which will not damage the heated object and avoid unnecessary damage.
3. Good mechanical processing: As the substrate is a high-strength material that has undergone special treatment, there is no need for special treatment of the substrate when processing on the machine tool, and mechanical operations such as turning and planing can be directly carried out.
4. Good corrosion resistance: Because this type of material has good chemical corrosion resistance, it is not easily corroded by various substances such as acids, bases, and salts during use.
5. Excellent insulation performance: Because this type of material has good dielectric properties, it is not easily affected by external electromagnetic fields and does not produce leakage phenomena in applications.
