Boric Acid
Electroplating Buffer
Electroplating Grade

Boric Acid

Electroplating grade Boric Acid manufactured for nickel electroplating, buffering applications, and electrochemical processes. Our high-purity boric acid provides excellent pH buffering properties for stable plating baths and uniform deposit formation.

  • Electroplating Grade Purity
  • pH Buffering Agent
  • Nickel Plating Baths
  • Deposit Quality Control
  • Electrochemical Stability
  • High Solubility
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Technical Specifications

Chemical Formula: H₃BO₃
CAS Number: 10043-35-3
EINECS Number: 233-139-2
Assay (as H₃BO₃): 99.5-100.5%
Physical State: White crystalline powder
Density (20°C): 1.435 g/cm³
Molecular Weight: 61.83 g/mol
Solubility in Water (20°C): 57 g/L
pH (5% solution): 5.1-5.2
Boron Content: 17.4-17.5%
Sulfate (SO₄): ≤ 0.01%
Chloride (Cl): ≤ 0.001%
Iron (Fe): ≤ 0.001%
Heavy Metals (as Pb): ≤ 0.001%
Buffering Capacity: Excellent pH stability
UN Number: Not regulated
Packaging Options: 25kg, 50kg HDPE bags

Applications

pH Buffering Agent
Nickel Electroplating
Electrodeposition Control
Bath Stabilization
Cathode Efficiency
Tool Coating
Automotive Components
Engineering Applications
Industrial Plating
Hardware Finishing
Electronics Manufacturing
Decorative Plating

Industry-Specific Grades

DRAVYOM offers specialized boric acid grades tailored for specific electroplating requirements, ensuring optimal buffering performance and regulatory compliance across diverse nickel plating applications.

Electroplating Grade
Assay: 99.5-100.5% Sulfate: ≤ 0.01% Chloride: ≤ 0.001% Application: Nickel plating baths
Buffer Grade
Assay: 99.8-100.2% pH Stability: Superior buffering Heavy Metals: ≤ 0.0005% Application: Critical pH control
Automotive Grade
Assay: 99.6-100.4% Iron: ≤ 0.0005% Consistency: Batch uniformity Application: Automotive electroplating
Industrial Grade
Assay: 99.0-101.0% Bulk Processing: Optimized Cost-Effective: High volume Application: Large-scale operations

Quality Standards

DRAVYOM's Boric Acid is manufactured under stringent quality control protocols, meeting international electroplating standards including ASTM, JIS, and electronics industry specifications. Our electroplating-grade production ensures consistent buffering performance and regulatory compliance.

ISO 9001:2015 Certified Manufacturing
ASTM Standards Compliance
99.5-100.5% Accurate Assay
Advanced Purity Analysis
Superior Buffering Capacity
pH Stability Control
Complete Certificate of Analysis
Moisture-Protected Packaging

Advanced Chemical Properties & Performance

Electroplating Grade Boric Acid exhibits exceptional buffering and complexing properties essential for nickel electroplating applications. Its ultra-pure composition and controlled crystalline structure ensure reliable performance in demanding electroplating processes with superior pH control and stress reduction.

Buffering Properties
pH Buffering: Maintains 3.5-4.5 range
Buffer Capacity: 0.5-0.8 M effective range
Cathode Polarization: Reduces deposit stress
Throwing Power: Improves current distribution
Physical Properties
Crystal Structure: Triclinic layered structure
Density (20°C): 1.435 g/cm³
Solubility (20°C): 5.0 g/100g water
Melting Point: 170.9°C
Plating Performance
Stress Reduction: Minimizes internal deposit stress
Surface Smoothness: Enhances leveling ability
Ductility: Improves deposit flexibility
Hardness Control: Optimizes deposit properties
Purity Specifications
Assay (H₃BO₃): ≥ 99.5%
Iron (Fe): ≤ 0.001%
Sulfate (SO₄): ≤ 0.005%
Chloride (Cl): ≤ 0.001%
Stability Properties
Shelf Life: 5 years (unopened)
Thermal Stability: Stable up to 170°C
Solution Stability: Stable in aqueous solutions
Container Compatibility: Glass, plastic containers

Performance Characteristics

Detailed performance metrics demonstrate Electroplating Grade Boric Acid superiority in nickel plating applications with exceptional buffering capacity, stress reduction, and deposit quality enhancement across diverse electroplating processes and finishing operations.

pH Buffering

Buffer capacity: 0.5-0.8 M effective range

Superior pH stabilization
Stress Reduction

Internal stress: 60-80% reduction

Enhanced deposit flexibility
Surface Quality

Leveling ability: Improved surface smoothness

Enhanced coating uniformity
Operating Range

Temperature range: 45-65°C optimal

Standard nickel bath conditions
Concentration Range

Working concentration: 30-40 g/L typical

Optimized additive levels
Bath Longevity

Additive stability: 12+ months in solution

Extended operational life

Safety Information

Boric Acid may cause eye and skin irritation and is harmful if swallowed in large quantities. Use appropriate protective equipment including chemical-resistant gloves, safety goggles, and protective clothing. Ensure adequate ventilation in work areas and follow proper handling procedures to prevent inhalation of dust.

Irritant
Eye Irritant
Skin Irritant

Storage & Handling

Store in original sealed containers in a cool, dry, well-ventilated area away from incompatible materials. Keep containers tightly closed and protect from moisture to prevent caking. Use appropriate dust control measures during handling and transfer operations.

Cool, dry storage (15-30°C)
Adequate ventilation required
Original sealed containers
Moisture protection essential

Chemical Mechanisms & Reaction Pathways

Boric Acid exhibits unique buffering and complexation properties through Lewis acid behavior, enabling improved electroplating bath stability and enhanced deposit characteristics.

pH Buffering

H₃BO₃ ⇌ H⁺ + H₂BO₃⁻ (weak acid equilibrium)

Stable pH control in electroplating baths
Metal Complexation

Borate complex formation with metal ions

Enhanced deposit uniformity and leveling
Conductivity Enhancement

Ionic strength optimization for electroplating baths

Improved current distribution and efficiency
Protective Action

Hydroxide precipitation prevention and bath stabilization

Extended bath life and consistent performance

Regulatory Compliance & Documentation

Comprehensive regulatory compliance ensures global electroplating and surface treatment industry access with complete documentation packages supporting international standards and buffering agent validations.

Electroplating Standards

ASTM B177 and AESF specifications for nickel electroplating

USP Grade Available

United States Pharmacopeia specifications for pharmaceutical applications

OSHA Compliance

Workplace safety standards for acid compound handling

REACH Registration

European Union chemical regulation compliance

Food Grade Available

FDA approved specifications for food industry applications

Environmental Permits

Boron discharge monitoring and treatment protocols

Technical Support & Value-Added Services

DRAVYOM's electroplating chemistry specialists provide comprehensive bath formulation support, buffering system optimization, and troubleshooting assistance to maximize Boric Acid performance in your specific applications.

Bath Chemistry Development
  • Nickel plating bath optimization
  • pH buffering system design
  • Concentration ratio optimization
  • Current density calibration
Quality Analysis
  • Bath composition monitoring and control
  • Deposit quality characterization
  • Buffering capacity analysis
  • Process control testing protocols
Technical Training
  • Electroplating fundamentals and chemistry
  • Bath maintenance and troubleshooting
  • Quality control procedures
  • Safety handling protocols
Supply Solutions
  • Bulk supply for large plating operations
  • Custom grade specifications
  • Just-in-time delivery programs
  • Technical grade certification

Environmental Impact & Sustainability

Our Boric Acid production emphasizes environmental responsibility through sustainable boron recovery, controlled processing, and comprehensive waste management for electroplating operations.

Boron Recovery

Boric acid recovery from spent electroplating solutions

Clean Production

Energy-efficient crystallization with minimal waste generation

Water Conservation

Closed-loop water systems and recycling programs

Safe Handling

Non-toxic handling and environmentally safe disposal

ISO 14001

Environmental management system certified production

Natural Source

Derived from naturally occurring boron minerals

Manufacturing Excellence & Quality Control

DRAVYOM's specialized boron compound facility employs advanced purification and crystallization technology with continuous monitoring systems to ensure consistent Boric Acid quality and performance across all production batches.

Production Process

Controlled acid precipitation and recrystallization

Precise purity and crystal structure control
Quality Testing

14-point analytical testing including boron content and trace impurities

Titration analysis and ICP-MS verification
Quality Systems

ISO 9001:2015 quality management with electroplating focus

Continuous improvement and method validation
Packaging Control

Moisture-resistant packaging with desiccant protection

Chemical stability and contamination prevention

Market Applications & Performance Data

Comprehensive electroplating industry data demonstrating Boric Acid effectiveness across diverse metal finishing applications with quantified performance metrics and buffering system validations.

Nickel Electroplating
pH Stability: ±0.1 pH unit control Leveling: 80% improvement in surface smoothness Efficiency: 95%+ current efficiency
Metal Finishing
Bath Life: 300% extended operational life Uniformity: ±2% thickness variation Quality: Superior deposit characteristics
Electronics Applications
Conductivity: Optimal ionic strength Precision: ±0.5 μm deposit control Reliability: 99.8% process consistency

DRAVYOM Competitive Advantages

Superior Buffering

Consistently high purity with excellent buffering capacity for stable electroplating operations

Reliable Supply

Guaranteed availability with strategic inventory management and electroplating industry focus

Technical Expertise

Dedicated buffering system specialists provide optimization and troubleshooting support

Multi-Grade Options

Technical, USP, and food grade specifications for diverse application requirements

Environmental Safety

Non-toxic, environmentally safe compound with sustainable production practices

Partnership Approach

Collaborative relationships with plating facilities and custom buffering system development