Nickel Fluoborate - Electroplating Grade Chemical Structure
Electroplating Premium
Electroplating Chemical

Electroplating Grade Nickel Fluoborate

Premium electroplating grade nickel fluoborate engineered for demanding electroplating applications including metal finishing, surface treatment, and electrodeposition processes. Our Ni(BF₄)₂ delivers exceptional purity, consistent performance, and reliable supply for critical electroplating operations requiring superior nickel chemistry with stringent quality control standards.

  • 99%+ Purity Available
  • Superior Electroplating Performance
  • Ultra-Low Impurity Content
  • Consistent Batch-to-Batch Quality
  • Metal Finishing Grade
  • Surface Treatment Applications
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Technical Specifications

Chemical Formula: Ni(BF₄)₂
CAS Number: 14708-14-6
Molecular Weight: 232.55 g/mol
Purity: 99%+ (Electroplating Grade)
Physical State: Green crystalline solid
Solubility: Highly soluble in water
Nickel Content: 25.2% minimum
pH (10% solution): 2.0-4.0
Operating Temperature: 45-65°C
Current Density: 2-10 A/dm²
Insoluble Matter: ≤ 0.01%
Packaging Options: 25kg, 50kg drums

Applications

Nickel Plating
Corrosion Protection
Metal Finishing
Electrodeposition
Decorative Coatings
Automotive Parts
Surface Treatment
Wear Resistance
Electronics Industry
Quality Enhancement
Functional Plating
Barrier Layers

Industry-Specific Grades

DRAVYOM offers specialized nickel fluoborate grades tailored for different electroplating applications, ensuring optimal nickel plating performance across diverse industrial requirements.

Industrial Grade
Purity: 98-99% Nickel Content: 25% Current Density: 2-8 A/dm² Application: General nickel plating
Premium Grade
Purity: 99%+ Nickel Content: 25.2% Current Density: 3-10 A/dm² Application: High-quality decorative plating
Automotive Grade
Purity: 99%+ Nickel Content: 25.1% Heavy Metals: Ultra-low Application: Automotive components
Electronics Grade
Purity: 99.5%+ Nickel Content: 25.2% Conductivity: Enhanced Application: Electronic components

Quality Standards

DRAVYOM's Nickel Fluoborate is manufactured under strict quality control protocols, meeting electroplating industry standards for nickel plating and surface treatment applications.

ISO 9001:2015 Certified Manufacturing
Electroplating Grade Standards
99%+ Purity Guarantee
Comprehensive Quality Testing
Nickel Plating Compliance
Consistent Performance
Certificate of Analysis
Safe Transportation Standards

Advanced Chemical Properties & Performance

Electroplating grade Nickel Fluoborate exhibits exceptional chemical properties for high-quality nickel electrodeposition. Its excellent solubility, superior throwing power, and stable fluoborate complex formation make it ideal for decorative nickel plating, functional coatings, and precision electroforming applications requiring uniform coverage.

Chemical Properties
Chemical Formula: Ni(BF₄)₂·6H₂O
Molecular Weight: 342.54 g/mol
Nickel Content: 17.1% (theoretical)
Oxidation State: Ni(II) divalent nickel
Physical Properties
Appearance: Green crystalline solid
pH (10% solution): 2.0-3.0
Density: 2.07 g/cm³
Solubility: Very high in water
Electroplating Performance
Throwing Power: Excellent distribution
Current Efficiency: 94-98% at optimal conditions
Operating Temperature: 45-65°C optimal
Current Density: 2-15 A/dm² range
Quality Specifications
Purity: ≥98.0% Ni(BF₄)₂·6H₂O
Nickel Assay: 16.8-17.3%
Iron: ≤10 ppm
Copper: ≤5 ppm
Stability Properties
Shelf Life: 3 years (proper storage)
Bath Stability: Excellent long-term stability
pH Stability: Stable at pH 2.0-4.0
Temperature Tolerance: Stable 15-70°C

Performance Characteristics

Performance metrics demonstrate Nickel Fluoborate's superior electroplating capabilities with excellent throwing power, high current efficiency, stable bath operation, and consistent high-quality nickel deposits for demanding decorative and functional applications.

Current Efficiency

Rate: 94-98% electrical efficiency

Outstanding energy utilization
Throwing Power

Distribution: Excellent coverage uniformity

Superior plating distribution
Surface Quality

Finish: Bright, smooth deposits

Decorative grade quality
Bath Stability

Duration: Extended operational life

Reliable long-term performance
Temperature Range

Operating: 45-65°C optimal range

Flexible processing conditions
Metal Content

Nickel: 16.8-17.3% metal content

High nickel concentration

Safety Information

Contains nickel and fluoroborate which may cause skin sensitization and respiratory irritation. Releases hydrofluoric acid in contact with strong acids. Handle with specialized protective equipment including acid-resistant gloves, safety glasses, and respiratory protection. Maintain emergency treatment supplies for fluoride exposure.

Skin Sensitizer
Fluoride Hazard
Electroplating Chemical

Storage & Handling

Store in original fluoride-compatible containers in a cool, dry place away from strong acids and alkalis. Keep containers tightly sealed and use HDPE or fluoropolymer-lined containers. Use appropriate electroplating facility handling procedures with fluoride safety protocols and maintain emergency treatment supplies.

Store 15-25°C
Fluoride-compatible containers
Emergency treatment ready
Metal finishing protocols

Chemical Mechanisms & Reaction Pathways

Nickel fluoborate operates through electrochemical reduction mechanisms in fluoborate electrolytes, enabling high-speed nickel deposition with excellent throwing power, bright deposits, and superior corrosion resistance for industrial applications.

Electrochemical Reduction

Ni²⁺ + 2e⁻ → Ni⁰ at the cathode surface

High-efficiency nickel deposition
Fluoborate Complex

Ni(BF₄)₂ provides stable nickel ion source

Enhanced solution conductivity
High Current Density

Supports rapid deposition at elevated current densities

Increased production efficiency
Throwing Power

Excellent deposit distribution on complex geometries

Uniform coating thickness

Regulatory Compliance & Documentation

Comprehensive regulatory compliance ensures safe industrial use with complete documentation packages supporting electroplating facility requirements and nickel compound safety standards.

Industrial Standards

Compliance with nickel electroplating specifications

Quality Standards

ASTM and international plating standards

Safety Compliance

Nickel compound handling safety protocols

Chemical Registration

Proper chemical registration and inventory management

Documentation

Complete safety data sheets and handling instructions

Transportation

Safe transportation protocols and classification

Technical Support & Value-Added Services

DRAVYOM's electroplating specialists provide comprehensive guidance for nickel fluoborate bath optimization, process control, and performance enhancement to achieve superior nickel deposits.

Process Optimization
  • Bath chemistry optimization and control
  • Current density and temperature management
  • High-speed plating techniques
  • Deposit quality improvement
Technical Services
  • Process troubleshooting support
  • Coating properties analysis
  • Equipment compatibility assessment
  • Performance testing guidance
Training Programs
  • Fluoborate electroplating training
  • High-speed plating techniques
  • Safety protocol training
  • Quality control procedures
Supply Solutions
  • Just-in-time delivery programs
  • Bath monitoring and analysis
  • Custom concentration solutions
  • Emergency supply arrangements

Environmental Impact & Sustainability

Our nickel fluoborate formulation emphasizes environmental responsibility through efficient chemistry, waste minimization, and comprehensive environmental impact management for sustainable electroplating operations.

Nickel Recovery

Advanced nickel recovery and recycling systems

Water Management

Optimized rinse systems and water conservation

High Efficiency

Reduced energy consumption through high-speed plating

Waste Treatment

Compatible with nickel waste treatment systems

Environmental Standards

Compliance with environmental management systems

Responsible Operations

Supporting sustainable electroplating practices

Manufacturing Excellence & Quality Control

DRAVYOM's specialized nickel compound manufacturing facility employs advanced synthesis technology and rigorous quality control systems to ensure consistent nickel fluoborate performance across all production batches.

Production Process

Advanced synthesis with controlled purity and stability

Consistent quality for electroplating applications
Quality Testing

Comprehensive analysis including nickel content and conductivity

Rigorous quality control and batch certification
Quality Systems

ISO 9001:2015 quality management with plating compliance

Advanced manufacturing processes and quality
Packaging Standards

Specialized containers with contamination prevention

Optimal packaging for chemical stability

Market Applications & Performance Data

Comprehensive field data demonstrating nickel fluoborate effectiveness across electroplating applications with proven performance metrics and industry validation.

Automotive Industry
Performance: Superior corrosion resistance Quality: Bright, uniform deposits Customer Satisfaction: 98% approval rate
Electronics Industry
Reliability: Excellent conductivity properties Precision: High throwing power performance Market Share: Leading nickel plating solution
Industrial Applications
Efficiency: High-speed deposition capability Cost Reduction: Improved production throughput Supply Chain: 99.7% on-time delivery

DRAVYOM Competitive Advantages

Advanced Chemistry

High-purity nickel fluoborate delivering superior plating performance

High-Speed Expertise

Specialized knowledge in high-current density electroplating

Quality Assurance

Rigorous testing with performance guarantee and batch certification

Supply Reliability

Consistent availability with flexible delivery and inventory management

Technical Support

Comprehensive process optimization and troubleshooting expertise

Environmental Responsibility

Sustainable chemistry supporting responsible electroplating