FAQ

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Yes. We provide:

· COA (Certificate of Analysis)

· SDS (Safety Data Sheet)

· TDS (Technical Data Sheet)

· Laboratory samples 

Controlled impurities include:

· Sr (Strontium)

· Ca (Calcium)

· Fe (Iron)

Na + K (Sodium & Potassium) 

Yes. It is highly soluble and dissociates as:

BaCl₂ → Ba²⁺ + 2Cl⁻

Yes. It improves:

· Transparency

· Optical stability

· Refractive index control

· Low-iron glass quality 

Impurities such as:

· Fe (Iron)

· Na (Sodium)

· Ca (Calcium)

· Si (Silicon)

can negatively affect:

· Dielectric performance

· Crystal structure stability

· Electrical reliability 

Yes. It is widely used as a precursor in:

· Hydrothermal synthesis

· Co-precipitation methods

· Wet chemical processes

It helps control particle formation and purity of BaTiO₃.

High purity grade has:

· Lower Na, Fe, Ca, Mg impurities

· ppm-level trace metal control

· Higher consistency in chemical performance

It is used in advanced materials rather than general industrial applications.

It is mainly used in:

· Electronic ceramics manufacturing

· Barium titanate (BaTiO₃) production

· Optical and specialty glass

· Fine chemical synthesis

It provides a stable source of Ba²⁺ ions for advanced material production.