Hebei Yida Trading Co.,Ltd.

High thermal conductivity and stability: Graphite material inherits the high thermal conductivity characteristics of graphite, with a melting point reaching 3652°C, capable of withstanding temperatures above 3000°C in a corrosive atmosphere, while having low thermal expansion coefficient, stable thermal expansion under high temperatures, good thermal shock resistance, and not easily producing thermal deformation during rapid temperature changes.
High purity and low impurity content: The impurity content of high-quality graphite materials is usually <0.15%, while the high purity grade material has an impurity content of <0.1%, which can reduce the quality pollution of subsequent products; at the same time, it can withstand acid, alkali, and organic solvents only in a high-temperature environment.
Good electrical and thermal conductivity: Its structure allows electrons to move freely, with electrical conductivity of 1/4, and thermal conductivity reaching 119 - 165 W/(m·K), forming the basis for subsequent conductive and thermal materials.
Recyclable and durable: The products made from graphite materials can be reused after reprocessing, reducing resource waste; and the structure itself is stable, making the products such as molds last longer, which can reduce the frequency of replacement and the cost of change.