Graphite Thermal Field

Vetek Semiconductor's Graphite Thermal Fields, essential components for the monocrystal silicon growth process. Our high-purity graphite thermal fields are designed to optimize crystal quality and growth efficiency. With excellent temperature resistance, dimensional stability at high temperatures, and thermal shock resistance, our graphite thermal fields are widely used in the semiconductor industry.

Key Products for Monocrystal Furnaces:

Graphite Crucibles (e.g., three-piece crucibles)

Graphite Heating Elements

Graphite Electrodes

Graphite Support Rods

Insulation Cylinders

Our graphite heating elements, including crucibles and heaters, provide rapid and efficient heat transfer for superior thermal distribution in high-temperature processing. They meet various requirements of the monocrystal silicon pulling process.

Applications of Graphite Thermal Fields:

Materials Processing: High-temperature sintering, melting, and heat treatment for high-performance material production.

Energy Sector: Manufacturing of solar cells, fuel cells, and other energy devices for efficient energy conversion.

Environmental Protection: Treatment and recycling of industrial waste gases and liquids, as well as waste incineration projects.

Chemical Industry: Heating and catalyzing chemical reactions, and laboratory research work.

Vetek Semiconductor's graphite thermal fields offer significant advantages, such as rapid heating, uniform temperature distribution, energy efficiency, and cost-effectiveness. These benefits enhance production efficiency and reduce costs, providing crucial support for industrial production and environmental protection projects.

Production shops:

Overview of the semiconductor chip epitaxy industry chain: