Dielectric material Barium Tungstate powder CAS 7787-42-0 BaWO4

Short Description:

Product Name: Barium Tungstate
CAS No.: 7787-42-0
Compound Formula: BaWO4
Molecular Weight: 385.16
Appearance: White powder
Contact: erica@shxlchem.com


Product Detail

Product Tags

Barium tungstate is a basic inorganic dielectric material with excellent dielectric characteristics, temperature characteristics and chemical indicators. It is widely used in the fields of ceramic capacitors, microwave ceramics, filters, performance improvement of organic compounds, optical catalysts and light-emitting materials.
Product Name: Barium Tungstate
CAS No.: 7787-42-0
Compound Formula: BaWO4
Molecular Weight: 385.16
Appearance: White powder
Spec:

Purity 99.5% min
Ignition loss 1% max
Particle size 0.5-3.0 μm
Fe2O3 0.1% max
SrO 0.1% max
Na2O+K2O 0.1% max
Al2O3 0.1% max
SiO2 0.1% max
H2O 0.5% max

Application:

Barium tungstate, chemical formula BaWO4, is a white powder with a purity of 99.5%. This inorganic compound, also known as barium dioxytungstate, is used in a wide variety of applications due to its unique properties. One of the main applications of barium tungstate is as a pigment in the manufacture of paints, coatings and plastics. Its high density and ability to scatter light make it ideal for producing white pigments with excellent opacity and brightness.

In addition to being a pigment, barium tungstate is also used in X-ray imaging. Due to its high density and high atomic number, barium tungstate is used in the construction of fluorescent screens in X-ray image intensifier tubes. This enables the generation of high-quality X-ray images with excellent resolution and contrast. Barium tungstate phosphor screens are widely used in medical imaging, such as X-ray machines and computed tomography (CT) scanners, as well as in industrial applications for non-destructive testing.

In addition, barium tungstate is used in the manufacture of ceramic products such as tiles, glazes and glass. Its ability to act as a flux and opacifier in ceramic formulations makes it an important ingredient in the production of high-quality ceramic materials. The addition of barium tungstate helps improve the mechanical strength, thermal stability and aesthetics of ceramic products, making it an important part of the ceramic industry. Overall, barium tungstate's diverse applications highlight its importance in industries ranging from pigments to X-ray imaging to ceramics.

In summary, barium tungstate plays a vital role in multiple industries due to its high purity and unique properties. From use as a pigment in paints and plastics to applications in X-ray imaging and ceramics, barium tungstate remains a versatile and valuable compound used in a variety of technical and industrial applications.

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Titanate Series

Iron Titanate Aluminum Titanate Zinc Titanate
Sodium Bismuth Titanate Lead zirconate titanate Copper Calcium Titanate
Bismuth Titanate Lead Titanate Magnesium Titanate
Sodium Titanate Lithium Titanate Calcium Titanate
Potassium Titanate Potassium Titanate Whisker/Flake Barium Titanate
Sodium Potassium Titanate Barium Strontium Titanate Strontium Titanate

 Zirconate Series

Lanthanum Lithium Tantalum Zirconate Lanthanum Lithium Zirconate Lanthanum Zirconate
Lithium Zirconate Zinc Zirconate Cesium Zirconate
Lead Zirconate Magnesium Zirconate Calcium Zirconate
Barium Zirconate Strontium Zirconate  

 Tungstate Series

Lead Tungstate Cesium Tungstate Calcium Tungstate
Barium Tungstate Zirconium Tungstate  

 Vanadate Series

Cerium Vanadate Calcium Vanadate Strontium Vanadate

 Stannate Series

Lead Stannate Copper Stannate

 


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