1.6 मिमी से 5.0 मिमी हॉट डिप गैल्वनाइजिंग प्रोसेस लाइन हाई कार्बन वायर 28 हेड्स

Brief: Discover the 1.6mm to 5.0mm Hot Dip Galvanizing Process Line High Carbon Wire 28 Heads with our Electric Resistance Hot Dip Galvanizing Production Line Kettle. This advanced system features a zinc kettle for molten zinc, ensuring high-quality galvanization. Perfect for industrial applications, it offers durability, precision, and efficiency.
Related Product Features:
  • जिंक गैल्वनाइजिंग भट्टी में एक भट्टी का शरीर, हीटिंग तत्व, जिंक केतली और इलेक्ट्रिक कंट्रोल सिस्टम शामिल हैं।
  • Furnace cover made of Isolite Japanese brand refractory fiber cotton for excellent thermal insulation.
  • Furnace bottom equipped with an anti-seepage layer to prevent molten zinc leakage.
  • Constructed with high-quality materials like 235 steel plate and 1200℃ ceramic fiber board.
  • Features a zinc kettle made of XG08 grade steel from Ansteel for high-temperature resistance.
  • Rated power of 280KW and maximum temperature of 850℃ for efficient operation.
  • Four temperature control zones ensure uniform heating and precise temperature management.
  • बड़ी पैमाने पर गैल्वनाइजिंग प्रक्रियाओं के लिए 3200*800*800mm (लंबाई, चौड़ाई, ऊंचाई) के जिंक केतली के आयाम।
अक्सर पूछे जाने वाले प्रश्न:
  • What is the hot dip zinc galvanizing process?
    The hot dip zinc galvanizing process involves immersing parts in a zinc kettle filled with molten zinc to coat them with a protective zinc layer, enhancing durability and corrosion resistance.
  • What materials are used in the furnace construction?
    The furnace is constructed with 235 steel plate, 1200℃ ceramic fiber board, and features a zinc kettle made of XG08 grade steel from Ansteel, ensuring high-temperature resistance and durability.
  • What are the technical specifications of the zinc galvanizing furnace?
    The furnace has a rated power of 280KW, maximum temperature of 850℃, four temperature control zones, and a zinc kettle size of 3200*800*800mm (L, W, H), designed for efficient and uniform galvanizing.