Lead Acetate
Electroplating Hazmat
Electroplating Grade

Lead Acetate

Electroplating grade Lead Acetate manufactured for specialized electroplating applications and controlled metal finishing processes. High-purity lead compound for specific industrial applications requiring lead deposits, handled with strict safety protocols and environmental compliance.

  • Electroplating Grade Purity
  • Specialized Applications
  • Industrial Use Only
  • Controlled Environment
  • Safety Compliance
  • Environmental Standards
Request Quote Safety Guidelines

Technical Specifications

Chemical Formula: Pb(C₂H₃O₂)₂·3H₂O
CAS Number: 6080-56-4
EINECS Number: 301-175-7
Assay (as Pb): ≥ 51.0%
Physical State: White crystalline powder
Density (20°C): 2.55 g/cm³
Molecular Weight: 379.33 g/mol
Solubility in Water (20°C): 443 g/L
pH (1% solution): 5.5-7.0
Lead Content: 54.6% (as Pb)
Chloride (Cl): ≤ 0.01%
Iron (Fe): ≤ 0.005%
Copper (Cu): ≤ 0.005%
Hazard Classification: TOXIC - Lead compound
Environmental Status: Restricted use - compliance required
UN Number: UN 1616 (Lead acetate)
Packaging Options: Specialized containers with labeling

Controlled Applications

Lead Electroplating
Corrosion Protection
Battery Industry
Chemical Synthesis
Restricted Use
Licensed Facilities Only
Professional Handling
Environmental Monitoring
Waste Compliance
Documentation Required
Secure Storage
Regulatory Compliance

Specialized Grades

DRAVYOM provides Lead Acetate grades for authorized industrial applications under strict regulatory compliance, environmental controls, and professional handling protocols required for lead-containing compounds.

Industrial Grade
Lead Content: ≥ 51.0% Purity: Controlled specifications Compliance: Environmental standards Application: Controlled industrial use
Electroplating Grade
Lead Content: ≥ 52.0% Impurities: Minimized Performance: Consistent plating Application: Specialized plating baths
Battery Grade
Lead Content: ≥ 51.5% Trace Metals: Controlled Conductivity: Optimized Application: Battery manufacturing
Analytical Grade
Lead Content: ≥ 51.0% Certified: Analysis purposes Documentation: Complete traceability Application: Research only

Quality Standards

Lead Acetate is a TOXIC lead compound subject to strict environmental regulations and safety protocols. Use is restricted to licensed facilities with proper handling equipment, waste management systems, and regulatory compliance documentation.

TOXIC - Lead Compound
Licensed Facilities Only
Professional Training Required
≥51% Lead Content Verified
Environmental Monitoring
Waste Management Protocols
Complete Documentation
Regulatory Compliance

Advanced Chemical Properties & Performance

Electroplating Grade Lead Acetate exhibits exceptional plating properties essential for lead electroplating applications in specialized industries. Its ultra-pure composition and controlled crystalline structure ensure reliable performance in demanding electroplating processes with superior deposit quality and radiation shielding characteristics.

Radiation Shielding
X-Ray Absorption: Excellent radiation attenuation
Gamma Shielding: Superior gamma ray protection
Density Benefits: High atomic number shielding
Medical Applications: Diagnostic equipment coating
Physical Properties
Crystal Structure: Monoclinic trihydrate
Density (20°C): 2.55 g/cm³
Solubility (20°C): 44.3 g/100g water
pH (1% solution): 6.0-8.0
Plating Performance
Deposit Quality: Dense, uniform lead coatings
Current Efficiency: High plating efficiency
Throwing Power: Good current distribution
Adhesion: Excellent substrate bonding
Purity Specifications
Assay (Pb(CH₃COO)₂·3H₂O): ≥ 99.0%
Lead Content: 54.0-55.0%
Iron (Fe): ≤ 0.001%
Heavy Metals: ≤ 0.001% (excluding Pb)
Stability Properties
Shelf Life: 5 years (proper storage)
Thermal Stability: Decomposes at 280°C
Solution Stability: Stable in neutral/acidic solutions
Container Compatibility: Glass, plastic containers

Performance Characteristics

Detailed performance metrics demonstrate Electroplating Grade Lead Acetate superiority in specialized coating applications with exceptional radiation shielding, deposit density, and current efficiency across diverse electroplating processes and radiation protection operations.

Radiation Shielding

Attenuation: Excellent X-ray absorption

Superior radiation protection
Current Efficiency

Plating efficiency: 85-95% typical

Good metal utilization
Deposit Density

Coating density: High atomic mass

Dense protective layer
Operating Range

Temperature range: 20-40°C optimal

Ambient temperature operation
pH Control

pH range: 6.0-8.0 optimal

Near-neutral conditions
Bath Life

Operational life: 3-6 months typical

Moderate bath stability

Safety Information

Lead Acetate is highly toxic and may cause developmental toxicity, reproductive harm, and neurological damage. Contains lead compounds that are extremely hazardous to human health. Requires specialized training, medical surveillance, and strict regulatory compliance. Use only with appropriate engineering controls and personal protective equipment.

Highly Toxic
Reproductive Toxin
Neurotoxin

Storage & Handling

Store in secure, restricted access area with specialized ventilation and emergency safety equipment. Requires lead-specific safety protocols, medical surveillance, and trained personnel only. Follow strict regulatory compliance for lead compounds including waste disposal and environmental protection measures.

Secure, restricted storage
Specialized ventilation mandatory
Medical surveillance required
Regulatory compliance mandatory

Chemical Mechanisms & Reaction Pathways

Lead Acetate exhibits complex lead ion chemistry through controlled dissociation and electrochemical reduction mechanisms, enabling specialized lead electroplating with controlled deposition characteristics for specific industrial applications.

Acetate Dissolution

Pb(CH₃COO)₂ → Pb²⁺ + 2CH₃COO⁻ (controlled aqueous dissociation)

Controlled lead ion release for electroplating
Electrochemical Reduction

Pb²⁺ + 2e⁻ → Pb (cathodic lead deposition)

Predictable plating at controlled potential
Complex Formation

Acetate buffering maintains solution stability

Prevents lead hydroxide precipitation
pH Control

Acetate buffer system maintains optimal plating conditions

Stable electroplating performance

Regulatory Compliance & Documentation

Comprehensive regulatory compliance ensures controlled lead compound access with complete documentation packages supporting international standards and strict lead handling safety protocols.

Lead Regulations

OSHA lead standard and workplace exposure monitoring

EPA Compliance

Environmental protection standards for lead discharge

Medical Surveillance

Mandatory blood lead monitoring and health protocols

DOT Hazmat

Dangerous goods transportation for lead compounds

Permit Requirements

Lead handling permits and facility authorization

Monitoring Protocols

Continuous workplace and environmental lead monitoring

Technical Support & Value-Added Services

DRAVYOM's lead chemistry specialists provide comprehensive lead acetate support, safety training, and regulatory compliance assistance to maximize performance while ensuring maximum safety protocols and environmental protection.

Process Optimization
  • Lead concentration optimization protocols
  • pH and buffer system management
  • Temperature control optimization
  • Current density adjustment guidance
Safety & Compliance
  • Lead safety training and protocols
  • Personal protective equipment selection
  • Medical surveillance program support
  • Regulatory compliance auditing
Technical Support
  • Lead plating troubleshooting consultation
  • Bath maintenance procedures
  • Quality control testing protocols
  • Process documentation assistance
Waste Management
  • Lead waste treatment protocols
  • Environmental monitoring support
  • Disposal compliance assistance
  • Recovery system design

Environmental Impact & Sustainability

Our Lead Acetate operations emphasize maximum environmental controls through advanced lead recovery systems, comprehensive monitoring, and strict environmental impact management for responsible chemical processing.

Lead Recovery

Advanced electrowinning systems for lead waste recovery

Wastewater Treatment

Lead precipitation and removal systems

Emission Control

Advanced filtration for lead dust containment

Continuous Monitoring

Real-time lead monitoring and alarm systems

ISO 14001

Environmental management system certified operations

Containment Systems

Maximum containment and leak prevention protocols

Manufacturing Excellence & Quality Control

DRAVYOM's specialized lead compound manufacturing facility employs maximum containment processes with advanced safety systems to ensure consistent Lead Acetate quality while maintaining the highest safety and environmental standards.

Production Process

Controlled synthesis with maximum containment systems

High-purity lead acetate crystallization
Quality Testing

8-point analytical testing including lead content and trace impurities

AAS verification and gravimetric analysis
Safety Systems

Maximum containment with lead exposure monitoring

Worker protection and environmental monitoring
Secure Packaging

Lead-safe containers with comprehensive labeling

Regulatory compliance and safety documentation

Market Applications & Performance Data

Comprehensive lead plating data demonstrating Lead Acetate effectiveness in specialized applications with quantified performance metrics and safety validation data.

Battery Manufacturing
Deposit Quality: 99.9% lead purity achieved Adhesion: >25 N/mm² bond strength Corrosion Resistance: Excellent acid stability
Radiation Shielding
Density: 11.34 g/cm³ maximum shielding Uniformity: ±2% thickness control Coverage: 99%+ surface coating
Specialized Applications
Processing Time: Controlled deposition rates Safety Compliance: 100% regulatory adherence Environmental Control: Zero discharge compliance

DRAVYOM Competitive Advantages

Maximum Safety Standards

Industry-leading safety protocols and containment systems for lead compounds with comprehensive exposure monitoring

Regulatory Expertise

Complete compliance support for lead regulations with permit assistance and medical surveillance programs

Specialized Knowledge

Dedicated lead chemistry team with decades of experience in safe lead compound handling

Environmental Leadership

Advanced lead recovery and waste treatment technologies for zero environmental impact

Monitoring Excellence

Comprehensive monitoring systems for workplace and environmental lead control

Responsible Partnership

Collaborative approach with customers ensuring safe and compliant lead compound use