Sodium Peroxide Technical Grade for Industrial Buyers in Kenya, Uganda, Tanzania, and Rwanda

Finstar

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Sodium Peroxide Technical Grade

Sodium Peroxide Technical Grade is an inorganic chemical compound with the formula Na2O2, recognized for its strong oxidizing properties.

Technical Specifications

CAS Number1313-60-6

Chemical FormulaNa2O2

AppearanceYellowish solid powder

SolubilityReacts with water; soluble as peroxides

pH RangeStrongly alkaline in aqueous solution

StabilityStable under recommended storage; reactive with moisture

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Safety InformationUse appropriate PPE including gloves and eye protection Store in cool, dry, well-ventilated place away from moisture Handle with care to avoid contact with water and combustible materials — use correct personal protective equipment (PPE) and follow site safety procedures before handling.

Full Product Details

Sodium Peroxide Technical Grade — Specifications, Uses & Availability

Product Overview

Product NameSodium Peroxide Technical Grade

CategoryCleaning & Disinfection Chemicals

AvailabilityIn Stock — Ready for Dispatch

Explore Cleaning & Disinfection Chemicals, browse the full chemical catalogue, or request a quote.

Available Packaging Options

25 kg moisture-resistant drums

50 kg sealed bags

Bulk flexible intermediate bulk containers (FIBCs)

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

About Sodium Peroxide Technical Grade

Sodium Peroxide Technical Grade is an inorganic chemical compound with the formula Na2O2, recognized for its strong oxidizing properties. It appears as a yellowish solid powder and is typically offered at a technical-grade purity suited for industrial applications. This compound reacts readily with water, releasing oxygen and forming alkaline solutions, which necessitates careful handling and storage to avoid moisture exposure. Industrial buyers should note that sodium peroxide is typically applied at concentrations ranging from 2 to 10% in bleaching and disinfection processes. It must be stored in airtight containers at temperatures below 30°C away from water and flammable materials to maintain stability and performance. Compatibility concerns include avoiding contact with organic materials, acids, and moisture to prevent hazardous reactions.

External references: PubChem · Wikipedia

Why Sodium Peroxide Technical Grade Matters

In pulp and textile manufacturing, sodium peroxide is instrumental in achieving high-efficiency bleaching by breaking down stubborn lignin and dye molecules, enhancing whiteness without chlorinated byproducts. Its strong oxidative action ensures cleaner end products and improves process efficiency. Additionally, in water treatment and food processing environments, sodium peroxide’s potent disinfection capability minimizes microbial contamination, thus supporting safety and regulatory compliance. Using sodium peroxide enables process optimization by providing reliable oxidation performance that reduces the need for multiple chemicals. This streamlines procurement and application logistics, decreases chemical residues, and facilitates downstream treatment or disposal steps, directly impacting operational cost and environmental management.

Applications

Bleaching in Paper IndustrySodium peroxide breaks down lignin and color-imparting compounds in wood pulp, enhancing paper brightness and quality without producing chlorinated organics.

Textile Industry BleachingRemoves natural coloration and stains from textile fibers, preparing materials for uniform dyeing and finishing processes.

Water DisinfectionActs as a powerful oxidizer to disinfect industrial water systems by eliminating bacteria, viruses, and other pathogens.

Chemical Synthesis Oxidizing AgentFacilitates oxidation reactions in the synthesis of various organic and inorganic compounds, serving as a reagent to introduce oxygen.

Organic Peroxide ProductionFunctions as a key intermediate in manufacturing organic peroxides used as initiators and curing agents in polymer production.

Laboratory Analytical ReagentUsed in redox titrations and oxidative assays to detect and quantify specific chemical species in laboratory settings.

Bleaching of Starch and PolysaccharidesRemoves color impurities from starches and polysaccharides, producing purified intermediates for food and industrial applications.

Disinfection in Food ProcessingSanitizes equipment and surfaces, reducing microbial load to comply with hygiene standards during food manufacturing.

Environmental RemediationApplied in oxidation-based treatments to degrade pollutants in contaminated soil and wastewater streams.

Textile Dye RemovalOxidizes residual dyes in textile effluent treatment, enabling compliance with discharge regulations and reducing environmental impact.

Bleaching of Cotton FibersEnhances whiteness in cotton by oxidizing colored impurities before dyeing or finishing.

Pulp DelignificationAssists in removing lignin from pulp, improving fiber brightness and strength for paper production.

Wastewater TreatmentTreats industrial effluents by oxidizing organic contaminants and reducing chemical oxygen demand.

Oxidative Coupling ReactionsServes as an oxidant to drive coupling reactions in organic synthesis, enabling bond formation under controlled conditions.

Surface Cleaning AgentUsed to oxidize and remove organic residues on metallic and ceramic surfaces during industrial cleaning.

Benefits

Consistent Oxidation PerformanceProvides reliable chemical activity that supports process stability and product quality.

Reduces Need for Chlorine-Based ChemicalsLowers environmental impact and worker exposure compared to traditional chlorine bleaching agents.

Enhances Product BrightnessImproves whiteness levels in paper and textiles, contributing to higher value end-products.

Simplifies Process ChemistryServes multiple oxidation roles reducing the number of specialty chemicals required on-site.

Improves Microbial ControlEffectively decreases bacteria and pathogen presence ensuring sanitary conditions.

Decreases Residual PollutantsFacilitates cleaner effluent streams by oxidizing organic contaminants, aiding regulatory compliance.

Facilitates Supply Chain PlanningAvailable in defined packaging sizes with traceability to streamline inventory management.

Minimizes Storage HazardsSolid form reduces spill and vapor hazards compared to liquid oxidants.

Supports Regulatory DocumentationProvides documentation enabling users to meet audit and compliance requirements.

Enables Process FlexibilityApplicable across multiple unit operations including bleaching, disinfection, and synthesis.

Improves Equipment LongevityDoes not produce corrosive chlorides during use, reducing equipment degradation risks.

Reduces Chemical ResiduesBreaks down colorants and contaminants completely, minimizing post-process residues.

Streamlines Waste HandlingOxidizes organics effectively, lowering sludge volumes and treatment costs downstream.

Enhances Safety in UseStandard packaging and handling guidelines reduce incidents related to moisture contact and reactions.

Facilitates Technical SupportFinstar provides technical assistance for optimal dosing and process integration.

Features

Technical Grade PurityFormulated specifically for industrial use with typical purity suitable for bleaching and oxidation tasks.

Powdered FormSupplied as a yellowish powder to facilitate accurate dosing and uniform dispersion in process streams.

Batch TraceabilityEach batch provided with identification to ensure quality control and supply chain transparency.

Certificate of Analysis AvailableSupplied with COA on request, detailing key quality parameters for batch verification.

Moisture Sensitive PackagingPackaged to prevent exposure to humidity, preserving chemical stability and effectiveness.

Stable Under Recommended StorageMaintains chemical integrity when stored at temperatures below 30°C in dry environments.

Compatible with Industrial Handling SystemsSuitable for automated dosing and mixing equipment common in industrial settings.

Efficient Oxidizing AgentDelivers strong oxidative potential to drive reactions in various manufacturing processes.

No Chlorinated Byproduct FormationAllows bleaching and disinfection without generating organochlorine compounds, reducing environmental risks.

Supports Compliance StandardsMeets specification requirements for industrial applications involving bleaching and water treatment.

Scalable Packaging OptionsAvailable in multiple pack sizes to suit diverse operational scales from pilot to production.

Non-volatile SolidEases handling and storage compared to liquid oxidizers, limiting vapor exposure risks.

Effective at Low ConcentrationsRequires only moderate dosage rates to achieve targeted oxidation or bleaching effects.

Reactive with Organic ContaminantsCapable of breaking down complex organic molecules for pollutant removal or purification.

Supports Laboratory AnalysisServes as a reagent in redox titrations and oxidative testing within quality control laboratories.

Industries Served

Pulp and Paper ManufacturingUtilizes sodium peroxide for lignin removal and pulp bleaching to enhance paper brightness.

Textile ProcessingEmploys the chemical for bleaching fibers and treating textile wastewater.

Water Treatment FacilitiesUses it as an oxidizing disinfectant to control microbial populations in industrial water systems.

Chemical ManufacturingIncorporates sodium peroxide as an oxidant in the synthesis of peroxides and other chemicals.

Food ProcessingApplies it for sanitizing equipment and surfaces to meet food safety regulations.

Environmental CleanupUsed in oxidation-based remediation of contaminated soils and wastewater.

Pharmaceutical ProductionEmploys it in oxidation reactions for intermediate compound synthesis.

Laboratories and Testing ServicesUtilizes it as a reagent in analytical chemistry procedures and quality control.

Starch Modification IndustryUses sodium peroxide to bleach starches for food and industrial uses.

Polymer IndustryIntegrates it in the production of curing agents and polymerization initiators.

Metal Surface TreatmentEmploys it in cleaning and preparing metal surfaces through oxidation of contaminants.

Wastewater ManagementTreats industrial effluents to reduce organic loads and color before discharge.

Textile Dye ManufacturingUses it to remove impurities and enhance dye purity during production.

Agricultural Chemical ProductionInvolved in synthesis steps requiring oxidation to produce crop protection agents.

Cosmetics ManufacturingUsed in synthesis of specialty chemicals requiring strong oxidants for formulation ingredients.

Sodium Peroxide Technical Grade is supplied by Finstar to industrial buyers across Kenya, Uganda, Tanzania, and Rwanda. Read our chemical safety guides for handling best practices.

Supply in Kenya, Uganda, Tanzania & Rwanda

Sodium Peroxide Technical Grade available in moisture-resistant packaging with COA on request; dispatched promptly from Nairobi warehouse by a leading supplier.

MSDS & Certificate of Analysis available on request
Nairobi warehouse dispatch with East Africa-wide delivery
Technical sales team for formulation & dosage support

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Safety & Handling

Use appropriate PPE including gloves and eye protection Store in cool, dry, well-ventilated place away from moisture Handle with care to avoid contact with water and combustible materials

Always consult the product Safety Data Sheet (SDS) before handling. Contact Finstar for GHS-compliant documentation.

Safe Handling & Storage

Store sodium peroxide in a cool, dry, and well-ventilated area below 30°C, protected from moisture and incompatible materials such as organic compounds, acids, and flammable substances. Use tightly sealed containers designed to block humidity to prevent degradation. Avoid storage near combustible materials to reduce fire risk. Shelf life typically extends several months under these conditions, but periodic quality checks are advised. Incompatible storage may lead to hazardous reactions or loss of chemical efficacy.

Quality Assurance

Finstar supplies sodium peroxide technical grade with batch-specific certificates of analysis available upon request, documenting purity and core specifications. This ensures transparency and enables quality verification aligned with industrial standards. Strict batch traceability is maintained to support supply consistency and audit requirements.

Frequently Asked Questions

What is the typical shelf life of sodium peroxide technical grade?

When stored under recommended cool, dry, and moisture-free conditions, sodium peroxide typically maintains quality for several months; precise shelf life depends on storage environment.

How should sodium peroxide be handled safely in industrial plants?

Handle with protective gloves and eyewear, avoid moisture contact, and use in well-ventilated areas. Follow material safety data sheet guidelines to prevent hazards from its strong oxidizing nature.

What are common packaging sizes available from Finstar?

Standard packaging includes 25 kg moisture-resistant drums, 50 kg sealed bags, and bulk flexible intermediate bulk containers suitable for various operational scales.

Can sodium peroxide be used in water treatment for microbial control?

Yes, sodium peroxide acts as a strong oxidizer to effectively disinfect industrial water systems, reducing bacteria and pathogens.

Is this product suitable for bleaching textiles without producing chlorinated byproducts?

Yes, sodium peroxide bleaches textiles by oxidation without generating chlorinated organics, supporting environmentally responsible processes.

Does Finstar provide certificates of analysis with sodium peroxide orders?

Certificates of analysis are available upon request for each batch supplied, detailing purity and key specifications.

Are there any chemicals sodium peroxide must not be stored near?

It should not be stored near organic materials, acids, moisture, or flammable substances to avoid dangerous reactions.

How quickly can Finstar deliver sodium peroxide orders?

Delivery timing depends on order details and stock availability but typically dispatches promptly from the Nairobi warehouse.

Is sodium peroxide stable under typical industrial storage conditions?

Yes, sodium peroxide remains stable when stored properly at temperatures below 30°C and away from moisture and incompatible chemicals.

What industries commonly use sodium peroxide technical grade?

Primary users include pulp and paper, textile processing, water treatment, chemical manufacturing, and environmental remediation sectors.

Can sodium peroxide be used as a reagent in laboratories?

Yes, it commonly serves as an oxidative reagent in redox titrations and analytical testing procedures.

What is the environmental impact of using sodium peroxide in bleaching?

It reduces formation of harmful chlorinated byproducts, lessening environmental burden compared to chlorine-based agents.

What precautions are needed during storage to avoid product degradation?

Ensure storage containers prevent moisture ingress, maintain stable low temperatures, and avoid contamination by incompatible substances.

Can sodium peroxide bleaching improve paper brightness effectively?

Absolutely, it chemically breaks down lignin and color impurities, increasing paper whiteness and quality.

Does Finstar offer technical support for integrating sodium peroxide into processes?

Finstar provides application guidance and technical support to optimize dosing and process performance for sodium peroxide users.

Delivery Coverage Across Kenya’s Counties

Finstar is a leading supplier of industrial chemicals across Kenya’s counties. Sodium Peroxide Technical Grade 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.

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