LR Grade Oxalic Acid (C₂H₂O₄)
Laboratory Reagent grade oxalic acid manufactured for general laboratory procedures, educational applications, and routine chemical processing. Our LR grade C₂H₂O₄ provides reliable reducing properties for standard laboratory work, teaching applications, and analytical procedures.
- 99.5% Laboratory Grade Purity
- Strong Reducing Properties
- Educational & Training Applications
- Analytical Titration Standards
- Cost-Effective Laboratory Solution
- Consistent Quality & Performance
Technical Specifications
Applications
Industry-Specific Grades
DRAVYOM offers specialized oxalic acid grades tailored for different laboratory and analytical requirements, ensuring optimal performance and reliability across diverse analytical and cleaning applications.
LR Grade (Laboratory Reagent)
Analytical Grade
Cleaning Grade
Complexometric Grade
Quality Standards
DRAVYOM's Oxalic Acid is manufactured under standard quality control protocols, meeting laboratory reagent specifications for analytical and educational applications. Our production ensures consistent reducing performance and reliable analytical results.
Advanced Chemical Properties & Performance
LR Grade Oxalic Acid exhibits excellent reducing properties and chelation characteristics through its dicarboxylic acid structure, making it suitable for redox titrations, metal chelation studies, and educational applications requiring reliable reducing agent performance.
Chemical Properties
Analytical Properties
Physical Properties
Performance Characteristics
Performance metrics demonstrate LR Grade Oxalic Acid reliability in analytical, redox, and educational applications with consistent reducing power and standardization capability for laboratory procedures.
Analytical Performance
Precision: Primary standard accuracy
Perfect for permanganate standardizationReducing Power
Consistency: Reliable electron donation
Excellent for redox titrationsChelation Ability
Effectiveness: Strong metal binding
Ideal for complexometric studiesEducational Use
Safety: Controlled analytical procedures
Safe for analytical chemistry educationSafety Information
Toxic if ingested. May cause severe eye and skin irritation. Can cause kidney damage if absorbed in significant quantities. Dust may cause respiratory irritation. Use appropriate personal protective equipment and maintain good ventilation. Handle with standard laboratory safety protocols and avoid skin contact.
Storage & Handling
Store in original containers in a cool, dry place away from heat and incompatible materials. Keep containers tightly closed and protect from moisture. Handle with appropriate personal protective equipment including gloves and eye protection. Maintain good ventilation during use.
Chemical Mechanisms & Reaction Pathways
Oxalic acid exhibits dicarboxylic acid properties and chelating behavior through multiple reaction pathways, making it suitable for educational demonstrations and laboratory applications requiring controlled complexation reactions.
Chelation Reactions
Forms stable metal complexes: M²⁺ + C₂O₄²⁻ → [M(C₂O₄)]
Ideal for teaching coordination chemistryDicarboxylic Acid
Stepwise ionization: H₂C₂O₄ → H⁺ + HC₂O₄⁻ → 2H⁺ + C₂O₄²⁻
Educational demonstration of polyprotic acidsReducing Properties
Reduces metal ions in acidic conditions
Standard reducing agent for laboratory studiesPrecipitation Reactions
Forms insoluble oxalates with divalent metals
Important for analytical precipitation studiesRegulatory Compliance & Documentation
Comprehensive regulatory compliance ensures safe use of toxic organic acids in educational and laboratory environments with complete documentation supporting institutional safety requirements.
Educational Standards
Compliance with educational institution safety for toxic materials
Toxic Classification
Proper hazard classification and handling protocols
Safety Compliance
Occupational safety standards for toxic organic compounds
Transportation
Hazardous material classification for organic acids
Technical Support & Value-Added Services
DRAVYOM's educational and laboratory support team provides comprehensive guidance for safe handling of toxic organic acids and technical assistance for LR Grade oxalic acid applications.
Educational Support
- Toxic material safety training programs
- Chelation chemistry demonstrations
- Student safety protocol guidance
- Solution preparation training
Chelation Services
- Complexation procedure guidance
- Metal analysis consultation
- Analytical method development
- Precipitation technique assistance
Environmental Impact & Sustainability
Our LR Grade oxalic acid production emphasizes environmental responsibility with proper toxic waste management and comprehensive environmental impact control for educational and laboratory operations.
Waste Treatment
Specialized disposal protocols for toxic organic acids
Educational Sustainability
Supporting sustainable chemistry education with proper neutralization
Safe Neutralization
Neutralization guidance for toxic acid waste management
Container Programs
Specialized container handling for toxic materials
Manufacturing Excellence & Quality Control
DRAVYOM's laboratory reagent manufacturing facility employs controlled production technology for consistent LR Grade oxalic acid quality and chelating performance across all production batches.
Production Process
Controlled organic acid production with purity and chelating property management
Consistent chelation capacity and organic acid propertiesChelation Testing
Metal complexation verification and organic acid purity testing
Regular chelating performance monitoringSafety Systems
Enhanced safety protocols for toxic organic material production
Comprehensive toxic material management systemsMarket Applications & Performance Data
Comprehensive laboratory data demonstrating LR Grade oxalic acid effectiveness across educational and analytical applications with reliable chelating capacity and organic acid performance metrics.
Educational Institutions
Analytical Laboratories
DRAVYOM Competitive Advantages
Chelation Expertise
Specialized knowledge in organic acid production and metal complexation
Educational Focus
Dedicated support for educational institutions with toxic material safety training
Safety Leadership
Enhanced safety protocols specifically designed for toxic organic compounds
Reliable Supply
Consistent availability with toxic material handling expertise
Quality Consistency
Consistent chelating performance with certificates for laboratory requirements
Partnership Approach
Long-term relationships with educational institutions and specialized support