High-Purity Barium Nitrate

Product Advantage

Superior Purity Performance: With a purity of ≥99.5% (exceeding industry standards by 0.2-0.5%), our high-purity barium nitrate has ultra-low impurity content (Fe ≤0.0002%, Cl ≤0.005%), ensuring stable performance in high-precision applications like optical glass melting.

International Standard Quality Control: Complying with ISO 9001 and MIL-DTL standards, every batch undergoes XRF and titration testing, with full traceability from raw materials to delivery—meeting quality requirements of aerospace and electronic industries.

Efficient Oxidative Properties: Thanks to advanced crystallization technology, the product has high oxygen content (30.6% by mass) and fast decomposition rate, enhancing combustion stability in fireworks and propellants.

Customized Solutions: Offer customized particle size (100-500μm), purity grades (electronic grade, industrial grade), and packaging (explosion-proof packaging for hazardous goods) to adapt to fireworks, optical glass, and military applications.

Global Compliant Logistics: Equipped with UN-certified hazardous goods packaging and professional logistics teams, we ensure compliance with IMDG/ADR/IATA standards, delivering to global manufacturers safely and on time.

Note: High-purity grade meets electronic grade standards, suitable for optical glass and liquid crystal screen production; ordinary grade is for industrial applications like fireworks.

Product Uses

Optical Glass Manufacturing: As a key raw material for high-refractive-index optical glass (e.g., camera lenses, telescope prisms), it improves light transmission and reduces chromatic aberration, supporting the production of high-precision optical instruments.

Fireworks & Pyrotechnics: Serves as a core oxidizer and colorant, producing a bright green flame (wavelength 510-530nm) when burned—widely used in professional fireworks displays, signal flares, and celebration pyrotechnics.

Electronic Industry Application: Used in liquid crystal screen glass substrates and electronic component production, providing high-purity barium ions to enhance electrical insulation and thermal stability of electronic materials.

Chemical Reagent & Synthesis: Trusted by research laboratories and fine chemical manufacturers, it is used as an oxidizing agent in analytical chemistry and organic synthesis, ensuring reliable reaction outcomes.

Military Industry Use: Participates in the production of propellants and pyrotechnic devices, leveraging its controlled combustion properties to ensure stable performance of missiles, rockets, and other military equipment.

FAQ

Q: What purity level can your high-purity barium nitrate achieve?

A: The high-purity grade reaches ≥99.5% purity, with ultra-low impurity content (Fe ≤0.0002%, Cl ≤0.005%), suitable for high-precision applications like optical glass and electronic materials.

Q: How to store the product safely?

A: Store in a cool, ventilated, fireproof warehouse (temperature ≤30℃, humidity ≤60%), away from heat sources, fire, and combustible materials (sulfur, phosphorus, organic matter). Use explosion-proof electrical equipment and seal the container tightly—prohibit mixing with reducing agents.

Q: Is it classified as a hazardous material?

A: Yes, it is a Class 5.1 oxidizing hazardous material (UN 1446). We provide complete hazardous goods documentation (MSDS, UN certification) for customs clearance and transportation, ensuring compliance with global regulations.

Q: Can you customize particle size for fireworks production?

A: Yes, we offer particle size customization (100-500μm) for fireworks manufacturers. Finer particles (100-200μm) ensure faster ignition, while coarser particles (300-500μm) extend combustion duration—we tailor specifications based on flame color intensity and burning effect requirements.

Q: What is the shelf life of the product?

A: Under proper storage conditions (sealed, dry, away from hazards), the shelf life is 18 months. Expired products can be re-tested for purity and moisture content—qualified products can still be used.