Description

Sodium Hypochlorite (Bleach) — Industrial Water Treatment & Sanitation Grade Supplier

Sodium hypochlorite (NaOCl) stands as the most widely deployed chlorine-based disinfectant in the world, playing an essential role in municipal water treatment, industrial sanitation, and large-scale bleaching operations. Produced by dissolving chlorine gas in caustic soda solution, sodium hypochlorite offers a cost-effective and operationally simple means of introducing free chlorine into water systems for pathogen control, biofouling prevention, and organic color removal. The compound’s ability to destroy bacteria, viruses, algae, and fungi at relatively low dose rates makes it indispensable for water utilities, food processing facilities, textile mills, and municipal sanitation programs. For procurement teams managing water treatment chemical inventories, the inherent instability of sodium hypochlorite — it degrades steadily with time and temperature — makes supplier freshness, logistics speed, and concentration accuracy the defining criteria for sourcing decisions.

Key Technical Features

• Available chlorine content of 10-15% w/v, freshly manufactured and dispatched to minimize degradation loss
• Effective broad-spectrum biocide active against gram-positive and gram-negative bacteria, viruses, and spore-forming organisms
• Clear, pale yellow-green solution with readily measurable available chlorine for process dosing control
• Compatible with standard chemical dosing equipment including metering pumps, venturi injectors, and gravity feed systems
• Supplied in HDPE containers that prevent chemical interaction and maintain product stability during transit

Industrial Applications

Municipal water treatment plants across India depend on sodium hypochlorite as the primary disinfection chemical for treating drinking water supplies, where it provides residual chlorine protection that prevents recontamination in distribution networks. The Swachh Bharat Mission and Jal Jeevan Mission have significantly expanded the demand for NaOCl as new water treatment plants and piped water schemes are commissioned across rural and semi-urban India. Industrial cooling water systems — including those at power plants, steel mills, and petrochemical complexes — employ sodium hypochlorite to control biofilm formation, algae growth, and microbial-induced corrosion in cooling towers and heat exchangers. The textile industry utilizes sodium hypochlorite in bleaching and scouring operations, particularly for fabrics that require high whiteness indices before dyeing, though its use has declined in favor of hydrogen peroxide in export-oriented units due to AOX restrictions. Swimming pool maintenance, food and beverage plant sanitation, hospital disinfection, and effluent treatment plants all constitute significant sodium hypochlorite consumption segments. In emergency response scenarios, NaOCl serves as a decontamination agent for chemical and biological hazard mitigation, underscoring its versatility as a front-line sanitization chemical.

Technical Specifications

Storage, Handling & Safety

Sodium hypochlorite must be stored in opaque HDPE containers in a cool, shaded, and well-ventilated area — direct sunlight accelerates decomposition and reduces available chlorine content over time. The storage facility should be constructed of materials resistant to chloride attack, including PVC, FRP, and rubber-lined surfaces. Contact with acids must be strictly prevented, as the reaction releases chlorine gas — a toxic respiratory irritant that requires immediate evacuation and emergency response. Personnel handling sodium hypochlorite should wear chemical splash goggles, face shields, nitrile gloves, rubber aprons, and — in confined spaces — supplied-air respiratory protection. Eye contact requires immediate flushing with water for a minimum of 15 minutes and urgent medical attention. Storage areas should be segregated from acids, ammonia, and organic solvents with clear signage and physical barriers.

Supply Capability & Distribution

Davar ChemTech supplies sodium hypochlorite from its Vadodara facility to a growing client base that includes municipal water treatment plants, industrial estates, textile processing units, and hospitality sector pool maintenance operations across Gujarat and neighboring states. Because sodium hypochlorite concentration degrades over time, we operate a just-in-time replenishment model that ensures our customers receive freshly manufactured product with maximum available chlorine at the point of delivery. Our fleet of dedicated HDPE tanker vehicles is equipped for safe transport of corrosive liquids, and our delivery scheduling system allows customers to set standing orders at weekly, biweekly, or monthly intervals that align with their consumption patterns and tank farm capacity. For emergency requirements — such as outbreak disinfection, plant commissioning, or seasonal demand surges — we maintain buffer stock and reserve production allocation for rapid-response dispatch.

Quality Assurance & Trust

We test every sodium hypochlorite batch for available chlorine content, free alkali, iron, and heavy metal impurities before dispatch, using standard iodometric titration methods. Our certificate of analysis includes a production date stamp and recommended use-by guidance, enabling customers to optimize dosing calculations and inventory rotation. This freshness-first approach to NaOCl supply has positioned Davar ChemTech as a preferred vendor for water treatment authorities and industrial consumers who recognize that stale product translates directly into higher dosing costs and reduced disinfection efficacy.

Get in Touch for Supply Enquiry

Ensuring continuous water treatment operations requires a sodium hypochlorite partner who prioritizes product freshness and delivery reliability above all else. Davar ChemTech offers competitive pricing, flexible delivery scheduling, and technical guidance on dosing optimization. Reach out to our Vadodara office to discuss your requirements and establish a dependable supply arrangement.