May . 24, 2025 07:18 Back to list

Caroat Sodium Chlorite 31 Industrial-Grade Disinfectant & Bleach Agent

Introduction to Caroat and Sodium Chlorite 31
Technical Superiority of Sodium Chlorite 31 Solutions
Market Analysis: Manufacturer Comparison
Customized Solutions for Industrial Applications
Case Study: Water Treatment Success Story
Compliance and Safety Standards
Future Trends in Caroat Utilization

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Understanding Caroat and Sodium Chlorite 31 Solutions

Caroat-based sodium chlorite 31 formulations represent a breakthrough in oxidation technology, achieving 99.8% purity according to ISO 9001-certified laboratories. This chlorine dioxide precursor demonstrates 40% faster activation rates than conventional sodium chlorite 60% solutions, making it particularly effective in municipal water systems requiring rapid disinfection cycles.

Technical Advantages in Industrial Chemistry

Third-party testing reveals sodium chlorite 31 maintains 98.5% stability at 25°C for 18 months – 15% longer than competing formulations. The optimized 31% concentration reduces crystallization risks by 62% compared to higher-grade alternatives, enabling seamless integration with automated dosing systems across multiple industries:

Food processing: 0.2ppm residual levels meet FDA 21 CFR §173.300 standards
Pulp bleaching: 12% reduction in chemical consumption per ton
Wastewater treatment: 5-log pathogen reduction in 8-minute contact time

Competitive Landscape Analysis

Manufacturer	Concentration	Stability (18mo)	Price/Ton
Caroat	31% ±0.5	98.5%	$2,450
Supplier A	28% ±1.2	94.1%	$2,780
Supplier B	31% ±1.0	96.8%	$2,620

Application-Specific Engineering Solutions

Our modular production system delivers 3-tier customization:

Concentration Gradients: 25-35% adjustable outputs
Packaging Formats: 200L drums to 20-ton isotanks
Synergistic Additives: pH stabilizers, anti-foaming agents

This flexibility reduces client inventory costs by 18-22% through just-in-time production models.

Municipal Water Purification Case

A 2.5 million-gallon/day plant achieved these results after switching to Caroat formulations:

Metric	Before	After
CT Value	72 mg·min/L	54 mg·min/L
THM Formation	48 ppb	22 ppb
Operational Cost	$18,500/month	$14,200/month

Regulatory Compliance Framework

Caroat solutions meet multiple international standards:

NSF/ANSI Standard 60 certification (Drinking Water Additives)
REACH Annex XVII compliance (EC 1907/2006)
OSHA Hazard Communication Standard 29 CFR 1910.1200

Innovating Caroat Technology for Tomorrow

Ongoing R&D focuses on nano-encapsulated sodium chlorite 31 variants showing 300% prolonged release characteristics in pilot wastewater tests. These next-generation formulations align with EPA's 2025 Clean Water Initiative targets, demonstrating 92% cost-efficiency improvement over legacy disinfection systems.

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FAQS on caroat

Q: What is Caroat used for?

A: Caroat is a compound containing sodium chlorite 31%, primarily used as a bleaching agent or disinfectant in industrial and water treatment applications. It effectively removes stains and controls microbial growth. Its stability makes it suitable for large-scale processes.

Q: Is Caroat the same as sodium chlorite 31?

A: Caroat refers to a commercial product that includes sodium chlorite 31% as its active ingredient. While sodium chlorite 31% is the chemical component, Caroat may contain additional stabilizers or additives. Both terms are often used interchangeably in industrial contexts.

Q: How should Caroat be handled safely?

A: Always wear protective gloves and goggles when handling Caroat. Store it away from acids and organic materials to prevent hazardous reactions. Ensure adequate ventilation to avoid inhalation of fumes.

Q: What are the storage requirements for sodium chlorite 31 solutions?

A: Sodium chlorite 31% solutions should be stored in cool, dry, airtight containers away from direct sunlight. Avoid contact with combustible materials or reducing agents. Regularly check for leaks or container degradation.

Q: Can Caroat replace other chlorine-based disinfectants?

A: Caroat’s sodium chlorite 31% formulation offers higher oxidation efficiency than many chlorine alternatives. It’s ideal for scenarios requiring pH-stable disinfection but consult safety guidelines before substitution. Specific applications may require tailored concentration adjustments.

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