Material properties

Graphite fixtures are mainly made of graphite materials because graphite has excellent thermal conductivity and high temperature resistance.

The thermal conductivity of graphite can ensure that the temperature of the entire fixture or mold is uniform, avoiding local overheating or uneven cooling.

In high temperature environments, graphite can remain stable, so it can withstand the high temperatures during the sintering process of electronic devices, which can usually reach thousands of degrees.

Application areas

Graphite fixtures are widely used in semiconductor packaging, integrated circuit (IC) manufacturing, electronic component packaging and other fields.

Especially in the semiconductor packaging process, graphite fixtures are used to carry and fix semiconductor chips to ensure that the chips can be stably combined with other components during the sintering process under high temperature and specific atmosphere.

Technical advantages

Graphite fixtures have excellent thermal conductivity and can quickly transfer heat to the mold surface, which helps to ensure uniform heating of the product during the sintering process, thereby improving product quality.

Graphite also has good chemical stability and corrosion resistance, which enables it to maintain a long service life and reliability during the sintering process of electronic devices involving various chemical reactions and corrosive substances.