Boric Acid – Manufacturer, Supplier & Exporter | DPRJ Universal

What is the primary use of Boric Acid?

The primary industrial and domestic uses of boric acid powder include its application as an effective pest control agent (boric acid for roaches and cockroach control), a surface lubricant in sports (boric acid powder carrom), a high-grade ingredient in pharmaceuticals (boric acid ip), and an essential raw material in glass, ceramics, and flame retardants.

What is the molecular weight and chemical formula of Boric Acid?

The chemical formula for Boric Acid is H₃BO₃. The boric acid molecular weight (or molar mass) is approximately 61.83 g/mol.

How is Boric Acid prepared or synthesized industrially?

Boric acid synthesis is industrially performed by reacting borax (sodium tetraborate decahydrate) with a strong mineral acid such as Hydrochloric Acid or Sulfuric Acid. This chemical process results in the crystallization and precipitation of high-purity boric acid powder, which is then refined and dried to reach a 99.5% minimum purity.

What is the Boric Acid structure and is it non-aromatic?

The boric acid structure consists of a central boron atom bonded to three hydroxyl (OH) groups in a planar, trigonal geometry. Unlike organic compounds like nitrobenzene, the boric acid structure is purely inorganic and non-aromatic. However, its individual molecules form a stable layered network held together by dense hydrogen bonding, giving the powder its characteristic smooth, slippery texture.

How is Boric Acid powder used for cockroach and roach control?

Boric acid for roaches and cockroach treatment is exceptionally effective. It acts as an ingestion-based stomach poison that disrupts the insect's metabolism, while its abrasive nature compromises their outer exoskeleton. It is a preferred choice for pest control operators and is distributed widely by boric acid powder distributors as a lethal roach powder.

What are the key physical properties, such as melting point and density?

Key physical properties of high-purity Boric Acid include a melting point of approximately 170.9 C (where it decomposes into metaboric acid) and a density of 1.435 g/cm³. It appears as an odorless, white crystalline powder or granular substance that dissolves readily in water and heating elements.

Why is Boric Acid powder used for playing carrom?

Boric acid powder carrom application is highly popular due to the chemical's unique planar crystal structure. The parallel layers easily slide over each other under slight pressure, acting as an exceptional dry lubricant that minimizes friction between the carrom striker and coins, facilitating a smooth, high-speed gaming board surface.

Is Boric Acid hazardous and what are the handling precautions?

Boric acid is classified as a regulated chemical substance. While it features relatively low toxicity for brief contact, it can be toxic if swallowed, inhaled in large quantities, or absorbed through broken skin. Industrial handling requires proper safety equipment (PPE), including dust masks and protective gloves, as well as working in a well-ventilated factory environment.

What are the common commercial or pharmaceutical names for Boric Acid?

Boric acid is officially traded under its IUPAC designation. Commercially, it is also known as orthoboric acid, boracic acid, or hydrogen borate. For medicinal and cosmetic formulations, it is strictly refined and supplied as Boric Acid IP (Indian Pharmacopoeia) or USP grade by certified chemical manufacturers.