Xi'an Gemei Metal Material Co., Ltd.
Xi'an Gemei Metal Material Co., Ltd.

As a core piece of equipment in high-end manufacturing, high-temperature furnaces are widely used in fields such as semiconductors, photovoltaics, lithium batteries, and new materials. Tungsten and molybdenum materials, with their excellent high-temperature resistance, occupy an irreplaceable position in the key components of high-temperature furnaces.

Extremely heat-resistant: components for furnace construction
Extremely heat-resistant: components for furnace construction

Extremely heat-resistant: components for furnace construction

The components we manufacture from tungsten and molybdenum are applied in high-temperature heat treatment furnaces, hot isostatic pressing furnaces, continuous quartz melting furnaces, sapphire crystal growth furnaces, monocrystalline silicon crystal growth furnaces, and glass & fiberglass melting furnaces. These components can ensure high energy efficiency and durability for your high-temperature furnaces. In such high-temperature zone applications, every component must meet the highest standards. Gemet Metal has decades of experience in designing and producing various high-temperature furnace parts. From the initial drawing design to the on-site installation of finished products, our R&D team will provide full support for you. We will optimize the components according to your needs and make them adapt to the process temperature, atmosphere, and cycle time.


Leveraging decades of experience in the field of thermal processes, the technical team at Gemet can provide furnace design solutions and a complete set of drawings based on factors such as hot zone space, current, and power, tailoring them to meet your specific requirements for various hot zone factors. Of course, we start from powder and ensure material quality through well-established procedures and mature technical processes, along with a fast delivery cycle.

Our Advantages at a Glance:

  • We are capable of designing and processing complete sets of furnace bodies and parts.


  • Our equipment capacity enables batch ordering and production.


  • Our materials have higher purity, and each batch of materials undergoes a full inspection to ensure the consistency and stability of the materials.


  • Our production is more standardized, with more precise dimensions and longer service life.


  • Our production cycle is shorter, allowing us to complete order production more quickly.

Our Advantages at a Glance:
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For Any Interested Tungsten and Molybdenum Solutions
  • 2026 New Factory Construction Plan
    2026-01-12
    2026 New Factory Construction Plan
    The new factory purchased 42 mu of land on January 1st, 2025. Currently, the factory buildings are under construction and will be officially put into production in March 2026. It will construct factor...
  • Introduction to molybdenum-rhenium Materials
    2024-08-01
    Introduction to molybdenum-rhenium Materials
    Gemei's molybdenum-rhenium materials are high-end alloy materials with high-temperature stability, excellent corrosion resistance and high strength. Inheriting the high melting point advantages of...
  • Introduction to MHC Materials
    2024-08-01
    Introduction to MHC Materials
    1. Performance Description1.1 Outstanding high-temperature mechanical properties: MHC materials (a type of high-performance metal matrix composite) maintain excellent tensile strength, creep resistanc...
  • Introduction to Gemei's TZM Alloy Materials
    2024-08-01
    Introduction to Gemei's TZM Alloy Materials
    1. Performance Description1.1 Excellent high-temperature mechanical properties: TZM alloy (titanium-zirconium-molybdenum alloy) maintains high tensile strength and hardness in high-temperature environ...
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