Nb-tantalum aluminum powder

Basic information

English name: niobium tantalum aluminum powder

English name: Aluminum niobium tantalum powder

Molecular formula: NbTaAl

Molecular weight: 300.8

Storage method: Store at room temperature and pressure, sealed in the dark.

Use of niobium aluminum powder

Niobium aluminum carbide powder is an excellent high-temperature ceramic material with ternary layered structure. Traditional ceramics are limited by the disadvantages of high brittleness, fragility, low impact resistance, and difficult processing, so it is difficult to be widely used. Niobium aluminum carbide powder ceramic just makes up for this vacancy. It combines the properties of ceramic and metal: the metal has good electrical conductivity, high thermal conductivity, machinability, thermal shock resistance, high-temperature plasticity and high-temperature strength, etc.

Product advantage

Dezhou factory in Forsman mainly produces ultra-high temperature ceramic powder, and niobium tantalum aluminum ceramic material is one of them. It can produce nano-grade, sub-micron grade, micron grade and other products with different particle sizes. The industrialized product is - 200 mesh, which can be provided in tonnage grade. The production process can also be adjusted according to the demand to control the particle size and distribution width of niobium tantalum aluminum powder, and the particle size can be customized by customers. The standard packaging specifications are 2 kg and 25 kg, and the packaging specifications can be customized according to the customer's feeding quantity.

Product display

note：
Our factory gives priority to the supply of “kg or ton” large package products, such as 25kg, 100kg, 500kg and 1 ton, 10 ton products. If you need a smaller package of products, you can also call or leave a message to us, we provide you with customized services.The packaging can be customized according to the customer's feeding quantity.

Fig.| 2203018 Ti₃AlC₂ -325 mesh

Fig.| 2203022 Ti₃AlC₂ 5-8mm or lump

Fig.| 2203018 Ti₃SiC₂ - 325 mesh-XRD

Fig.| 2203018 Ti₃SiC₂ - 200 mesh-SEM

Fig.| Ti₃AlC₂-SEM

Fig.| Ti₃AlC₂ after etching (multilayer)-SEM

Fig.| Ti₃AlC₂ after etching (single layer)-SEM

Fig.| 2203009 Ti₃AlC₂ 200mesh-laser particle size

Fig.| MAX phase product packaging