Boric Acid Granular for Industrial Buyers in Kenya, Uganda, Tanzania, and Rwanda
Finstar
In Stock

Boric Acid Granular

Boric Acid Granular is a white, crystalline solid chemical with the formula H3BO3. It is mainly supplied in granular form, facilitating easier handling and accurate dosing in industrial settings.

Technical Specifications

CAS Number10043-35-3
Chemical FormulaH3BO3
AppearanceWhite granular solid
Solubility in WaterSparingly soluble
pH in Aqueous SolutionMildly acidic
Typical PurityApproximately 99%

Boric Acid Granular — Specifications, Uses & Availability

Product Overview

Product NameBoric Acid Granular
CategoryFood & Pharmaceutical Ingredients
AvailabilityIn Stock — Ready for Dispatch

Explore Food & Pharmaceutical Ingredients, browse the full chemical catalogue, or request a quote.

Available Packaging Options

25 kg woven polypropylene bags
50 kg paper bags with inner polyethylene liner
Bulk palletized bags

Need a different pack size or bulk tanker delivery? Request a custom quote.

About Boric Acid Granular

Boric Acid Granular is a white, crystalline solid chemical with the formula H3BO3. It is mainly supplied in granular form, facilitating easier handling and accurate dosing in industrial settings. This chemical exhibits sparing solubility in water and has a mildly acidic pH when dissolved, making it suitable for applications requiring controlled acidity levels. Typically, Boric Acid Granular is available with a purity level of approximately 99%, commonly used at concentrations ranging from 1% to 5% in industrial formulations. It should be stored in a cool, dry place to maintain stability and prevent caking. Notably, it is incompatible with reactive reducing agents such as powdered metals, which may cause hazardous reactions.

External references: PubChem · Wikipedia

Why Boric Acid Granular Matters

In glass and ceramics manufacturing, Boric Acid Granular reduces the melting temperature of raw materials. This enhances energy efficiency during production and improves the thermal resistance of the final product, preventing deformation under high heat. In wood preservation, it serves as a biocide, protecting wood against fungal and insect damage, thus extending structural lifespan without relying on harsh chemicals. The compound’s antiseptic properties make it valuable in topical pharmaceuticals, preventing microbial contamination. Additionally, when incorporated as a flame retardant additive in polymers, it promotes char formation, reducing flammability and enhancing fire safety of materials commonly used in construction and electronics.

Applications

Glass and Ceramics ManufacturingBoric Acid lowers melting temperatures and enhances thermal resistance and structural strength in glass and ceramic components, improving manufacturing efficiency and product durability.
Wood PreservationIt provides biocidal protection against fungal decay and insect infestation, increasing the longevity of treated wood products in construction and furniture.
Agricultural Insecticide FormulationUsed as an active ingredient disrupting insect metabolic pathways, Boric Acid provides pest control with relatively low toxicity to mammals.
Pharmaceutical Antiseptic UseIncorporated into topical antiseptic products for its antimicrobial effect, preventing infection in minor wounds and burns.
Flame Retardant AdditiveAdded to polymers and textiles to enhance char formation during combustion, reducing ignition risk and material flammability.
Refractory Material ProductionImproves thermal stability and resistance to slag and chemical attack in fire-resistant bricks and refractory linings.
Ceramic Glaze ProductionContributes to surface finish and durability by chemically bonding in glaze formulations, enhancing gloss and resistance to wear.
Electronics ManufacturingUsed to produce borosilicate glass components requiring low thermal expansion and high heat resistance for electronic devices.
Cosmetics IngredientFunctions as a pH adjuster and antimicrobial additive in certain cosmetic formulations, maintaining product stability and safety.
Battery ElectrolytesServes as a component in specific battery electrolyte formulations to improve ionic conductivity and enhance performance.
Textile TreatmentApplied in textile processing to impart flame retardancy and improve fabric resilience under heat exposure.
Analytical ReagentUtilized in laboratories for quantitative analysis and preparation of buffer solutions requiring mildly acidic conditions.
Rubber VulcanizationActs as a retardant in rubber curing processes to control reaction rates and improve product elasticity.
Adhesive FormulationIncorporated into adhesives to enhance resistance to microbial degradation and improve shelf life.
Water Treatment ProcessesEmployed in water treatment for its mild antiseptic properties to control microbial growth in certain industrial systems.

Benefits

Enhanced Manufacturing EfficiencyReduces melting temperatures in glass production, decreasing fuel consumption and operating costs.
Improved Product DurabilityIncreases thermal and mechanical resistance in final ceramic and glass products, prolonging lifespan.
Extended Wood Service LifeProtects against biological degradation, reducing maintenance and replacement frequency for wood structures.
Safe Pest ControlOffers effective insecticidal action with low toxicity to mammals, supporting safer agricultural practices.
Aseptic FormulationsProvides antimicrobial properties contributing to safer topical pharmaceutical products.
Fire Safety EnhancementReduces material flammability, aiding compliance with fire safety regulations in multiple industries.
Thermal Resistance in RefractoriesImproves performance of refractory materials exposed to high temperatures and harsh chemical environments.
Improved Cosmetic StabilityStabilizes pH and inhibits microbial growth in cosmetic products, extending shelf life.
Electrical Device ReliabilityEnables production of glass components that tolerate thermal cycling, improving electronic device durability.
Consistent Quality SupplyBatch traceability and COA availability ensure reliable product specifications for industrial users.
Reduced Handling RisksGranular form minimizes dust generation, improving worker safety compared to fine powders.
Broad Formulation UtilityCompatible with various industrial formulations, allowing diversified application in manufacturing processes.
Support for Sustainable PracticesFacilitates energy savings and safer materials in manufacturing contributing to environmental management goals.
Cost ControlStable chemical and consistent quality reduce waste and rework, optimizing production budgets.
Regulatory Compliance AssistanceDocumentation and safety guidance support adherence to local and international chemical handling regulations.

Features

Purity GradeSupplied with a typical purity of around 99% suitable for industrial manufacturing processes.
Granular FormProvided as granules to facilitate precise dosing and easier handling compared to powders or flakes.
Standard Packaging UnitsAvailable in various packaging sizes tailored for industrial needs, enabling scalable orders.
Batch TraceabilityEach batch is traceable with associated documentation to ensure consistent quality standards.
Certificate of Analysis (COA) AvailableCOAs are provided upon request, verifying chemical composition and purity parameters.
Stability Under Normal StorageMaintains chemical stability when stored under recommended conditions to preserve performance.
Compatibility Information ProvidedAdvisories on incompatible materials are supplied to prevent unsafe mixing during storage or use.
Low Dust GenerationGranular form reduces airborne dust compared to powder, enhancing workplace safety in handling.
Industrial GradeManufactured to specifications suitable for large-scale industrial applications and processing.
Quality TestedUndergoes routine quality testing for consistency before distribution to industrial buyers.
Non-flammable SolidCharacterized as a non-flammable solid, simplifying transport and storage requirements.
Neutral OdorPossesses negligible odor, minimizing discomfort during bulk handling operations.
Shelf Life Guidance ProvidedRecommendations are given for optimal storage to maintain effectiveness over time.
Formulation Support DocumentationTechnical literature is available to assist formulators integrating the chemical into products.
Secure PackagingPackaging is designed to protect contents from moisture ingress and physical damage.

Industries Served

Glass ManufacturingUsed to produce borosilicate and other specialty glasses requiring thermal and chemical resistance.
Ceramics ProductionEmployed in ceramic formulations to enhance firing behavior and mechanical properties.
Wood Treatment IndustryApplied in preservatives to prolong life and durability of wood products in construction and furniture.
Agriculture and Pest ControlFormulated into insecticidal products to manage pests with reduced environmental impact.
Pharmaceutical ManufacturingIntegrated into antiseptic and medicinal formulations for antimicrobial efficacy.
Polymer and Plastics IndustryAdded as a flame retardant additive to improve safety characteristics of polymer composites.
Refractory ManufacturingUsed to enhance the heat resistance and chemical stability of refractory materials.
Cosmetics IndustryIncorporated as an additive for pH regulation and antimicrobial action in cosmetic formulations.
Electronics IndustryProvides components for manufacturing heat-resistant glass used in electronic devices.
Battery ProductionUtilized in electrolyte formulations to enhance performance of certain battery types.
Textile ManufacturingProcessed into textiles to confer flame retardancy and improve fabric durability under thermal exposure.
Chemical Research LaboratoriesUsed as a reagent and buffer constituent in analytical procedures and experiments.
Rubber IndustryEmployed in vulcanization to control curing and improve elasticity of rubber products.
Adhesives and SealantsFormulated into adhesives to protect against microbial degradation and increase product shelf life.
Water Treatment FacilitiesSupports microbial control measures in specific industrial water treatment processes.

Boric Acid Granular is supplied by Finstar to industrial buyers across Kenya, Uganda, Tanzania, and Rwanda. Read our chemical safety guides for handling best practices.

Delivery Coverage Across Kenya’s Counties

Finstar is a leading supplier of industrial chemicals across Kenya’s counties. Boric Acid Granular is dispatched from our Nairobi Industrial Area warehouse to businesses nationwide — including Nairobi, Mombasa, Kisumu, and Nakuru counties — plus cross-border delivery to Uganda, Tanzania, and Rwanda. Towns we regularly supply include:

NairobiMombasaKisumuNakuruEldoretThikaRuiruKiambuMachakosNaivashaNyeriMeruKerichoKakamegaKitaleMalindiNanyukiAthi RiverVoiKilifi

Delivering to a different town or county? Request a quote and our logistics team will confirm delivery timelines to your location.

Related Chemicals