Product Overview

Sodium Hypochlorite (NaOCl) is a critical oxidizing agent and disinfectant, characterized by its powerful chlorine-based chemical structure. This 12.5% solution represents a concentrated form of sodium hypochlorite, engineered for robust applications requiring aggressive chemical treatment and sanitization processes. Developed through advanced electrochemical synthesis, this solution provides an efficient method of chlorine-based chemical intervention across multiple heavy-duty environments.

The chemical's molecular structure enables rapid oxidation and decomposition of organic compounds, making it exceptionally valuable in water treatment scenarios. Its high reactivity stems from the hypochlorite ion's ability to rapidly transfer oxygen molecules, creating a potent oxidizing mechanism that breaks down complex molecular structures quickly and effectively.

Key Properties

• Chemical Formula: NaOCl
• Molecular Weight: 74.44 g/mol
• Boiling Point: 40°C
• Melting Point: -6°C
• Specific Gravity: 1.20
• Appearance: Pale yellow liquid, transparent
• Solubility: Highly water soluble
• Chemical Stability: Moderate; degrades with light exposure
• Oxidation Potential: Strong oxidizing agent

Common Applications

• Industrial wastewater treatment systems utilize sodium hypochlorite for comprehensive contaminant elimination and chemical neutralization. The solution effectively breaks down complex organic pollutants, reducing environmental impact and supporting stringent industrial discharge regulations through its powerful oxidative mechanisms.
• Municipal water treatment facilities employ this chemical for disinfection processes, neutralizing harmful microorganisms and ensuring water quality standards are consistently met. The 12.5% concentration provides robust microbial control with minimal chemical volume requirements.
• Commercial cooling tower maintenance relies on sodium hypochlorite to prevent biological growth and mineral scaling. By systematically controlling microorganism proliferation, the chemical extends equipment lifespan and maintains optimal thermal transfer efficiency.
• Industrial cleaning and surface preparation operations leverage sodium hypochlorite's strong oxidative properties for thorough decontamination and sterilization. The chemical effectively removes organic residues, preparing surfaces for subsequent manufacturing or treatment processes.
• Chemical processing industries use sodium hypochlorite as a critical intermediate reagent for complex oxidation reactions, enabling sophisticated synthetic pathways and supporting advanced chemical manufacturing techniques.

Safety Precautions

Sodium hypochlorite 12.5% requires strict handling protocols due to its corrosive and oxidative nature. Operators must utilize full personal protective equipment including chemical-resistant gloves, splash-proof goggles, face shields, and impervious protective clothing to prevent direct chemical exposure.

Storage demands dedicated chemical-resistant containers with tight sealing mechanisms, maintained in cool, dark environments away from direct sunlight and heat sources. Secondary containment systems are mandatory to prevent potential environmental contamination in case of accidental spillage.

Emergency preparedness is crucial: install eyewash stations, safety showers, and ensure immediate access to neutralizing agents. Comprehensive training on chemical interaction risks, including strict prohibitions against mixing with acids, ammonia, or organic compounds, must be conducted for all personnel potentially exposed to this chemical.

Benefits

Our premium 12.5% sodium hypochlorite solution delivers unparalleled performance through its optimized chlorine concentration. The carefully engineered formulation provides superior oxidative power, enabling more efficient chemical treatments with reduced overall consumption compared to lower-grade alternatives.

By maintaining rigorous quality control standards, this product ensures consistent chemical performance across diverse applications. The stabilized solution offers extended shelf life, reduced chemical degradation, and predictable reactivity, making it an economically advantageous choice for large-scale industrial and environmental treatment processes.