Molybdenum and Tungsten materials possess high melting point, low vapor pressure, low coefficient of thermal expansion, along with excellent high-temperature strength and resistance to creep.

Ion implantation requires materials with high-temperature performance and resistance to chemical erosion. Tungsten molybdenum materials are predominantly used for the main components of ion chambers due to their excellent properties in these regards.

By adding a layer of molybdenum liner to the graphite crucible (molybdenum-lined crucible), the temperature of the crystal rod is controlled, thereby increasing the pulling speed of the crystal.

The main technical parameters of tungsten crucible spinning products are as follows: Density: 18.5±0.2 g/cm³. Composition: Compliant with national standards: ≥99.95%.

The quartz glass melting and ceramic melting industries provide customers with mature and stable tungsten molybdenum components for high-temperature melting.

We offer high-purity materials with exceptionally stable performance, ideal for growing various heterostructure materials and ultra-thin epitaxial layers.

We provide tungsten molybdenum components for lighting technology manufacturing, primarily used in LED light source production, contributing to energy conservation and environmental protection.

We offer high-purity sputtering targets with excellent density and corrosion resistance. Binding services are available.

High-density tungsten-based alloys: W-Ni-Cu, W-Ni-Fe, Mo-Cu, W-Cu

In medical imaging, the molybdenum target receives X-rays and generates images. Molybdenum is also one of the key materials in X-ray tubes.

Tungsten ribbon, tungsten-molybdenum electrodes, tungsten-molybdenum alloy welding wire

Glass melting electrode; Molybdenum electrode arm; Tungsten-molybdenum material rack; Molybdenum heat shield; Tungsten-molybdenum crucible; Tungsten-molybdenum material table