Boric acid's unique combination of mild acidity, flux properties, and flame-retardant action makes it indispensable in glass manufacturing, chemical processing, metallurgy, water treatment, and air pollution control.
Boric acid is one of the most widely used boron compounds, valued for its unique combination of chemical properties.
Boric acid is a key raw material in the production of borosilicate glass, fibreglass, and ceramic glazes. It enhances thermal resistance and chemical durability, making it essential for lab glassware, display substrates, and high-performance ceramic coatings.
Boric acid suppresses combustion and reduces smoke generation in a range of cellulosic and polymer materials. Its effectiveness as an environmentally friendly flame retardant makes it a preferred choice in construction and textile applications.
Boric acid acts as a catalyst, reagent, and intermediate compound in numerous chemical processes. It stabilises chemical systems and prevents corrosion, making it valuable in industrial synthesis and chemical engineering.
In metallurgical applications, boric acid acts as a flux and corrosion inhibitor. It is used in soldering, brazing, and welding operations to improve metal flow and bonding, as well as in surface treatment processes.
Boric acid is used in water treatment for pH control, boron supplementation, and chemical stability. It acts as a coagulant to enhance pollutant capture without introducing added toxicity, making it suitable for industrial and municipal water treatment systems.
Boric acid is used in air pollution control applications to neutralise emissions, suppress dust, and reduce sulphur dioxide (SO₂) releases. It improves air quality in industrial exhaust treatment systems and helps meet environmental compliance standards.
H₃BO₃ 99.5% min, B₂O₃ 56% min — 50 kg PP bags, 20–22mt per container.
Contact us with your requirements and we'll provide pricing and full certificates of analysis.
Fill in the details below and we'll get back to you promptly.