Boric Acid is a high-purity inorganic chemical compound with the chemical formula H₃BO₃. It is widely used in the glass, ceramic, fiberglass, metallurgy, agriculture, pharmaceutical, cosmetic, chemical, and industrial manufacturing sectors. Boric Acid acts as a pH buffer, flame retardant, antiseptic, preservative, and boron source, offering excellent thermal stability, chemical purity, and versatile industrial performance.
Chemical Name: Boric Acid
Chemical Formula: H₃BO₃
CAS No.: 10043-35-3
Molecular Weight: 61.83 g/mol
Appearance: White Crystalline Powder / Granules
Purity: Industrial Grade / Technical Grade / High Purity Grade (Available on Request)
Application: Glass Manufacturing, Ceramics, Fiberglass, Metallurgy, Agriculture, Pharmaceuticals, Cosmetics, Flame Retardants, Chemical Processing, Wood Preservation & Industrial Applications
Boric Acid (H₃BO₃) is a premium-quality inorganic boron compound widely recognized for its exceptional purity, chemical stability, and versatility across numerous industrial sectors. It serves as an essential raw material in the manufacturing of glass, ceramics, fiberglass, enamels, metallurgy products, fertilizers, pharmaceuticals, cosmetics, detergents, flame retardants, and various specialty chemicals.
Produced through advanced refining processes, Boric Acid provides a consistent source of boron, an essential element that enhances thermal resistance, chemical durability, strength, and processing efficiency. Due to its multifunctional properties, Boric Acid has become an indispensable chemical in modern industrial manufacturing and research applications.
Its excellent solubility in hot water, mild acidic nature, and outstanding compatibility with numerous chemical formulations make Boric Acid a preferred material for manufacturers seeking high-performance and reliable production results.
Boric Acid is a white crystalline inorganic compound composed of boron, hydrogen, and oxygen. It is odorless, chemically stable, and available in powder, crystalline, or granular form depending on industrial requirements.
The compound acts as a mild Lewis acid and exhibits buffering, preservative, antiseptic, and flame-retardant properties. In industrial applications, Boric Acid is primarily valued as a boron source that improves physical and chemical characteristics of finished products.
Its consistent quality and predictable performance make it suitable for both large-scale manufacturing and specialized industrial processes.
These characteristics make Boric Acid suitable for numerous industrial formulations requiring purity and chemical consistency.
Manufactured with strict quality control to provide consistent chemical composition and reliable industrial performance.
Supplies boron required for glass, ceramics, fertilizers, and numerous chemical manufacturing processes.
Enhances thermal resistance, durability, transparency, and chemical resistance in borosilicate glass and fiberglass production.
Improves glaze quality, surface finish, hardness, and thermal shock resistance of ceramic products.
Used in fire-resistant formulations to improve safety and reduce flammability.
Maintains excellent stability under a wide range of storage and operating conditions.
Suitable for diverse industries including metallurgy, agriculture, pharmaceuticals, cosmetics, wood treatment, and specialty chemical manufacturing.
Boric Acid is extensively used in the manufacture of:
It improves thermal shock resistance, chemical durability, and mechanical strength.
Widely used in:
It enhances glaze quality and improves firing performance.
Used as:
It improves metal processing efficiency and product quality.
Boric Acid is used as a boron micronutrient in fertilizers to support healthy plant growth and improve crop yield when applied at appropriate rates.
Used in selected pharmaceutical formulations, laboratory reagents, and manufacturing processes under applicable regulatory standards.
Used in the production of:
Serves as a raw material in manufacturing:
Used in wood preservation systems to improve resistance against fungi and insect attack.
Compared with many alternative boron compounds, Boric Acid offers:
These advantages make it a preferred raw material across multiple industries.
For optimum product quality:
Proper storage preserves product quality and extends shelf life.
Boric Acid is commonly supplied in:
Custom packaging options are available upon request.
Although Boric Acid is widely used in industrial applications, appropriate safety measures should always be followed.
Boric Acid (H₃BO₃) is a versatile, high-purity inorganic chemical that plays a vital role in modern industrial manufacturing. Its excellent chemical stability, reliable boron content, thermal resistance, and broad compatibility make it an essential raw material for the glass, ceramic, fiberglass, metallurgy, agriculture, pharmaceutical, cosmetic, chemical, and wood preservation industries.
Whether used to improve the strength of borosilicate glass, enhance ceramic glazes, manufacture flame-retardant materials, formulate specialty chemicals, or supply boron for industrial processes, Boric Acid consistently delivers dependable performance and outstanding quality. Its versatility, ease of handling, and long service life make it one of the most valuable boron compounds for industrial applications worldwide.
Supplied By: Max Build Care
Trusted Supplier of Industrial Chemicals, Construction Materials, Refractory Products & Specialty Minerals
