керамический фильтр пористого алюминиевого олова керамический горшок для электропластировки твердого хрома

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April 24, 2025
Brief: Discover the high-performance porous alumina ceramic pots designed for electroplating hard chrome. These ceramic filters enhance electrolysis efficiency, improve plating quality, and support environmental sustainability by reducing trivalent chromium. Available in multiple sizes to meet your industrial needs.
Related Product Features:
  • Porous alumina ceramic pots designed for chrome electroplating applications.
  • Available in multiple sizes: 400mm×500mm×80mm, 160mm×60mm×520mm, and diameters 210mm-215mm with varying heights.
  • Wall thickness of 5-7mm ensures product strength and optimal electrolysis effect.
  • Used for electrolytic reduction of trivalent chromium in ABS plastic plating pretreatment.
  • Enhances plating quality by removing cationic impurities in decorative and hard chromium plating.
  • High water absorption (>40%) and fine grain size (0.5-2 μm) for efficient filtration.
  • Excellent breaking strength (>20Mpa) and resistance to acids (>99%) and alkalis (>94%).
  • Supports energy conservation and environmental protection by regenerating roughing solutions.
Faqs:
  • What are the main applications of porous alumina ceramic pots in electroplating?
    These ceramic pots are primarily used for electrolytic reduction of trivalent chromium in ABS plastic plating pretreatment and for removing cationic impurities in decorative and hard chromium plating, improving plating quality and extending plating life.
  • What sizes are available for the porous alumina ceramic pots?
    The pots come in various sizes, including 400mm×500mm×80mm, 160mm×60mm×520mm, and diameters of 210mm-215mm with heights of 560mm, 650mm, or 800mm to suit different industrial requirements.
  • How do these ceramic pots contribute to environmental protection?
    By using ceramic membrane electrolysis, these pots reduce trivalent chromium levels, regenerate roughing solutions, and minimize waste, thus conserving resources and reducing environmental pollution from chromic anhydride and sulfuric acid.
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