Technical Parameters (complete & optimized)

• Product Type: Flat Platinum Electrode XL
• Item Number: BMG-032-PL-XL

Material & Construction

• Base Material: Highly conductive metal substrate
• Coating: High-purity platinum (Pt)
• Coating Type: Electroplated (inert behavior)
• Surface: Smooth, uniformly coated
• Design: Flat (XL version for larger current distribution areas)
• Plating Area 5,5 cm x 5,5 cm 

Electrical Properties

• Function: Inert anode (non-soluble)
• Conductivity: Very high
• Current Distribution: Extremely uniform across the surface
• Current Load Capacity: Designed for typical electroplating processes (system-dependent)
• Polarity: Anode (+)

Chemical Properties

• Corrosion Resistance: (excellent)
• Chemical Resistance:
  • Resistant to acidic electrolytes
  • Resistant to many alkaline electrolytes
• Reactivity: Chemically inert (no metal dissolution)
• Electrolyte Influence: Neutral (no impact on bath composition)

 Application & Compatibility

• Primary Application: Bath electroplating
• Suitable for:
  • Precious metal plating baths
  • Specialty electrolytes
  • Processes with externally supplied metal ions
• Not suitable for:
  • Pen plating
  • Tampon plating
• Compatibility: Universally usable in appropriate electroplating systems

 Operating Conditions

• Working Temperature: Depends on electrolyte (typically 20–60 °C)
• pH Range: Depends on electrolyte system
• Operation Mode: Suitable for continuous operation

 Maintenance & Service Life

• Cleaning:
  • With distilled water
  • Optionally with mild, suitable cleaners
• Maintenance: Very low
• Service Life: Very long under proper use
• Wear: Minimal (no dissolution like soluble anodes)

Mechanical Properties

• Shape: Flat
• Size: XL version (optimized for larger components and uniform fields)
• Stability: High
• Handling: Designed for stationary use in plating baths

Important Notes

• Do not operate dry under current
• Protect platinum coating from mechanical damage
• Use only in suitable electrolytes
• Ensure clean and conductive