Product Overview

75% Vinegar, chemically known as acetic acid (CH₃COOH), represents a critical industrial chemical with profound significance in chemical manufacturing and research processes. This concentrated organic acid solution provides exceptional versatility through its unique molecular structure and powerful acidic properties. Derived from controlled chemical synthesis or fermentation processes, this laboratory-grade vinegar serves as a fundamental reagent in numerous technical and industrial applications.

The chemical's molecular composition enables remarkable interactions with various substances, making it a cornerstone of industrial chemical operations. Its precise 75% concentration delivers optimal performance across multiple technical domains, offering superior reactivity and controlled acidic characteristics that meet stringent industrial requirements. The carefully formulated solution maintains consistent chemical stability and predictable reaction mechanisms critical for advanced research and manufacturing processes.

Key Properties

• Chemical Formula: CH3COOH
• Boiling Point: 118°C (244°F)
• Specific Gravity: 1.05 at 20°C
• Flash Point: 39°C (102°F)
• Appearance: Clear, viscous liquid
• Solubility: Fully miscible with water
• Molecular Weight: 60.05 g/mol
• Chemical Stability: Excellent thermal and chemical stability
• Corrosivity: Strong organic acid with high reactivity

Common Applications

• Industrial Chemical Manufacturing: This vinegar solution serves as a critical intermediate in synthesizing complex organic compounds, enabling precise pH control and facilitating sophisticated chemical transformations in specialized industrial processes.
• Metal Surface Treatment: Researchers and industrial technicians utilize this concentrated acetic acid for metal surface etching, passivation, and chemical cleaning, providing exceptional capability to remove oxidation layers and prepare surfaces for subsequent treatments.
• Water Treatment Systems: Chemical engineers employ this vinegar as an effective pH adjustment agent in industrial water treatment facilities, neutralizing alkaline solutions and maintaining precise chemical equilibrium in complex water management protocols.
• Laboratory Reagent Applications: Scientific researchers leverage this 75% vinegar as a versatile analytical reagent, utilizing its consistent concentration for standardized chemical reactions, titration procedures, and complex analytical methodologies.
• Industrial Equipment Descaling: Technical operators use this concentrated solution for removing mineral deposits and scale buildup in industrial equipment, providing an efficient and controlled method for maintaining critical manufacturing infrastructure.

Safety Precautions

CORROSIVE MATERIAL - Requires professional handling with comprehensive safety protocols. This concentrated acid demands strict adherence to industrial safety standards, including full personal protective equipment and controlled environmental conditions during storage and manipulation.

Store in tightly sealed, chemically resistant containers constructed from materials such as high-density polyethylene or stainless steel. Maintain storage temperatures between 10-25°C in well-ventilated areas, segregated from incompatible chemical classes such as strong bases and oxidizing agents. Implement secondary containment measures to prevent potential environmental contamination.

Mandatory personal protective equipment includes chemical-resistant gloves (minimum 0.4mm neoprene), splash-proof chemical goggles, respiratory protection with acid-specific cartridges, and full-body chemical-resistant clothing. Install emergency eyewash stations and safety showers in immediate proximity to handling areas. Follow strict exposure monitoring protocols and maintain workplace concentrations below OSHA permissible exposure limits.

Benefits

Our laboratory-grade 75% Vinegar represents an exceptional chemical solution engineered for maximum performance and reliability. The precisely controlled concentration ensures consistent chemical behavior, dramatically reducing process variability and enhancing overall operational efficiency across diverse industrial applications.

By offering superior purity, rigorous quality control, and optimized chemical characteristics, this vinegar solution provides significant economic advantages. Manufacturers can expect reduced processing times, minimal waste generation, and enhanced predictability in complex chemical transformations, ultimately driving down operational costs while maintaining exceptional technical performance.