Molybdenum-rhenium alloy is a kind of solid solution alloy with excellent high temperature strength and creep resistance. Rhenium forms β solid solution in molybdenum, with a maximum solubility of 53% (rhenium atoms) at 2250℃. The addition of rhenium changes the mechanical deformation process of pure molybdenum from single sliding to twinning and sliding in hot and cold working, and inhibits the embrittlement of carbon and oxygen, so that the machinability, physical and chemical properties and thermoelectric properties of molybdenum alloy are improved.

Purity: 99.99%
density ≥21g/cm³,
shape and size can be customized.

Mo-Re alloy is Molybdenum Alloyed with 41% or 47.5% of Rhenium(nominal content of Rhenium is 50%), which has good ductility, weld ability, formability and strength. Mo-Re alloy keeps high ductile even after used in high temperature.  Mo-Re alloy are widely used for electronics, nuclear and aerospace applications.

Purity: 99.99%
Interface width: about 4mm
Thickness: about 1.5mm
Density >19g/cm3

Rhenium target for magnetron sputtering target material deposition, magnetron sputtering deposition is a new kind of physical gas phase deposition (PVD), compared to the way of evaporation coating, it has quite obvious advantages in many aspects, as a has developed to a mature technology, magnetron sputtering has been applied in many fields, such as in the semiconductor integrated circuit, solar photovoltaic, recording medium, graphic display, and has been widely applied in such aspects as the surface coating.

Re-4N grade ≥99.99%
Used as rhenium element standard sample; As an additive for superalloys; Raw material for various rhenium parts.

Mo-Re alloy is Molybdenum Alloyed with 41% or 47.5% of Rhenium(nominal content of Rhenium is 50%), which has good ductility, weld ability, formability and strength. Mo-Re alloy keeps high ductile even after used in high temperature.  Mo-Re alloy are widely used for electronics, nuclear and aerospace applications.

Application: Used as an additive for manufacturing superalloys.

W-25Re，W-25Re-HfC

Rheniumet according to the terminal application demands and customer technical requirements, customized for clients of various components of tungsten carbide cobalt - department of doping (rhenium, ruthenium, vanadium, chromium), high temperature resistant cemented carbide powder mixture used in cemented carbide industry manufacturers processing with high temperature, high strength, high rigid, fine-grain features high-end cemented carbide products

Due to its advantages of high strength, high hardness, high elastic modulus, high wear resistance and low thermal expansion coefficient, cemented carbide has been widely used in machinery manufacturing, metal processing, oil drilling, mining and other industrial fields.

Molybdenum-rhenium alloy is a solid solution alloy with excellent high temperature strength and creep resistance. Rhenium forms β solid solution in molybdenum with a maximum solubility of 53% (rhenium atom) at 2250℃.

Rhenium-doped tungsten powder is an alloy with tungsten as matrix and different contents of rhenium added.  Tungsten and rhenium are refractory metals. A proper amount of rhenium dissolved in tungsten can form solid solution alloys. Under the "rhenium effect", the tungsten-rhenium alloy has higher plasticity, higher recrystallization temperature, better creep resistance at high temperature, higher thermoelectric potential and higher resistivity than pure tungsten.  

we use method of solid-liquid mixture to improve the uniformity of rhenium, at the same time by multiple forging and annealing improve density and improve the organization, improve the using performance and life of the anode target.

Particle size: FSSS 1- 100nm, can be customized according to customer requirements.