Boric Acid

Industrial Grade Boron Compound

Boric acid (H₃BO₃), also known as orthoboric acid or hydrogen orthoborate, is a high-purity boron-based compound widely used in medicine, industrial lubricants, fire protection systems, ceramics, and chemical processing. Naturally occurring from mineral deposits such as sassolite or hot springs, boric acid is isolated through sulfuric acid processing to produce colorless crystals or white powder.

OGSCM supports the reliable supply of boric acid across the GCC and MENA regions by combining industrial procurement, logistics coordination, and document preparation. This approach helps support continuous operations and mitigate supply-related risks in industrial and laboratory environments.

High Adsorption Performance
Consistent Quality
Reliable Supply
Global & Regional Logistics
Boric Acid
Trusted by industries across GCC & MENA
Mining
Water Treatment
Oil & Gas
Chemical
Power
Manufacturing

OGSCM provides operational support through:

  • Ensuring continuous supply across the GCC and MENA
  • Coordinating packaging and shipping according to operational timelines
  • Supporting technical integration into industrial processes
  • Consulting on risk mitigation, process optimization and production continuity

This approach allows clients to maintain process stability, minimize operational interruptions and achieve predictable performance in diverse industrial environments.

Quality Assurance and Documentation

OGSCM provides comprehensive documentation to support compliance and operational requirements:

  • Certificate of Analysis (COA)
  • Material Safety Data Sheet (MSDS/SDS)
  • Export and Batch-Specific Documentation

These documents support traceability, regulatory compliance, and transparency of supplies throughout the supply chain.

◎ Technical Specifications

Property Value

Property

Value

Chemical Formula

H₃BO₃

CAS Number

10043-35-3

IUPAC Name

Trihydroxidoboron

Other Names

Orthoboric acid, hydrogen orthoborate, trihydroxidoboron, boracic acid

Molecular Weight

61.84 g/mol

Appearance

Colorless crystals or white granules/powder, odorless

Density

1.44 g/cm³

Packaging

Jumbo bags, 25 kg bags, aqueous solutions

Applications & Operational Role

Medical Applications

The antibacterial and antifungal properties of boric acid make it an important component in disinfection processes. Operational Effect: Supports hygiene, helps reduce contamination risks, and contributes to sustainable pharmaceutical and healthcare operations.

Lubricants

Used to improve the biological stability and pH of industrial lubricants. Operational Impact: Helps maintain equipment performance, supports consistent operating behavior, and aids in production continuity.

Fire Retardants

Used in boron-based fire protection systems. Operational Impact: Supports equipment safety, helps reduce fire-related hazards, and assists in regulatory compliance requirements.

Ceramics and Materials Processing

Used to reduce thermal expansion and improve the surface finish of tiles, ceramics, and coated materials. Operational Impact: Supports product quality, helps reduce manufacturing defects, and assists in sustainable downstream processing.

Insecticidal and Agricultural Applications

Approved for insecticidal use and used in the production of pest control solutions. Operational Impact: Supports effective active concentrations, operational stability, and reliable process performance.

Industrial Chemical Processes

Used in nickel plating, capacitors, laboratory buffers, and specialty chemical synthesis. Operational Impact: Supports reaction stability, helps reduce process deviations, and contributes to operational efficiency.

 

Procurement & Supply Relevance

Boric acid industrial logistics directly impacts process stability, operational continuity, and downstream efficiency. Supply interruptions, inconsistent packaging, or documentation gaps can impact production scheduling and operational reliability.

OGSCM manages supply through structured packaging, regional logistics coordination, and export documentation readiness to help mitigate supply

Risk and Handling Considerations

Boric acid is generally considered safe for industrial use when handled appropriately. Recommended handling practices include:

  • Avoid ingestion in excess of the permitted limit
  • Minimize skin and eye contact
  • Wear appropriate personal protective equipment in dust-prone environments
  • Store in dry, compatible containers

 

Operational Impact: Proper handling practices support operational continuity and help minimize disruptions associated with handling incidents.

Environmental and Regulatory Compliance

Boric acid and borates are materials with low volatility and generally stable environmental properties. Proper handling, storage, and disposal practices help minimize environmental hazards and support compliance with applicable regulations.

Packaging and Delivery

Boric Acid is supplied in:

  • Jumbo bags or 25kg bags
  • In water soluble form (if required)

OGSCM ensures the suitability of packaging, compliance documentation and on-time delivery in accordance with industrial requirements.

Why Choose OGSCM?

Application-Driven Solutions

We match the right grade to your process needs.

Reliable Supply Chain

On-time delivery with strong regional & global logistics.

Quality You Can Trust

Strict quality control and batch consistency.

Expert Support

Technical & commercial support throughout your procurement journey.

Regional Presence

Serving industries across GCC and MENA with local expertise.

Frequently Asked Questions

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