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Internally heated zinc pot

The galvanising pot is the core equipment in the hot-dip galvanising process, serving as the vessel that holds molten zinc solution. It enables metal workpieces to acquire a zinc coating by immersion in the zinc bath. The following provides a detailed introduction:Working Principle: The Zinc Pot operates through the hot-dip galvanising process, immersing steel materials into molten zinc to form a protective zinc coating on their surfaces. This provides corrosion resistance and decorative benefit...

Low-carbon steel zinc pot

The galvanising pot is the core equipment in the hot-dip galvanising process, serving as the vessel that holds molten zinc solution. It enables metal workpieces to acquire a zinc coating by immersion in the zinc bath. The following provides a detailed introduction:Working Principle: The Zinc Pot operates through the hot-dip galvanising process, immersing steel materials into molten zinc to form a protective zinc coating on their surfaces. This provides corrosion resistance and decorative benefit...

Low-carbon steel zinc pot

The galvanising pot is the core equipment in the hot-dip galvanising process, serving as the vessel that holds molten zinc solution. It enables metal workpieces to acquire a zinc coating by immersion in the zinc bath. The following provides a detailed introduction:Working Principle: The Zinc Pot operates through the hot-dip galvanising process, immersing steel materials into molten zinc to form a protective zinc coating on their surfaces. This provides corrosion resistance and decorative benefit...

Galvanised pot made of low-carbon steel

The galvanising pot is the core equipment in the hot-dip galvanising process, serving as the vessel that holds molten zinc solution. It enables metal workpieces to acquire a zinc coating by immersion in the zinc bath. The following provides a detailed introduction:Working Principle: The Zinc Pot operates through the hot-dip galvanising process, immersing steel materials into molten zinc to form a protective zinc coating on their surfaces. This provides corrosion resistance and decorative benefit...

Hot-dip galvanised cauldron

The galvanising pot is the core equipment in the hot-dip galvanising process, serving as the vessel that holds molten zinc solution. It enables metal workpieces to acquire a zinc coating by immersion in the zinc bath. The following provides a detailed introduction:Working Principle: The Zinc Pot operates through the hot-dip galvanising process, immersing steel materials into molten zinc to form a protective zinc coating on their surfaces. This provides corrosion resistance and decorative benefit...

Hot-dip galvanising furnace

The galvanising pot is the core equipment in the hot-dip galvanising process, serving as the vessel that holds molten zinc solution. It enables metal workpieces to acquire a zinc coating by immersion in the zinc bath. The following provides a detailed introduction:Working Principle: The Zinc Pot operates through the hot-dip galvanising process, immersing steel materials into molten zinc to form a protective zinc coating on their surfaces. This provides corrosion resistance and decorative benefit...

Hot-dip galvanising pot

The galvanising pot is the core equipment in the hot-dip galvanising process, serving as the vessel that holds molten zinc solution. It enables metal workpieces to acquire a zinc coating by immersion in the zinc bath. The following provides a detailed introduction:Working Principle: The Zinc Pot operates through the hot-dip galvanising process, immersing steel materials into molten zinc to form a protective zinc coating on their surfaces. This provides corrosion resistance and decorative benefit...

Special-shaped zinc pot

The galvanising pot is the core equipment in the hot-dip galvanising process, serving as the vessel that holds molten zinc solution. It enables metal workpieces to acquire a zinc coating by immersion in the zinc bath. The following provides a detailed introduction:Working Principle: The Zinc Pot operates through the hot-dip galvanising process, immersing steel materials into molten zinc to form a protective zinc coating on their surfaces. This provides corrosion resistance and decorative benefit...

Non-traditional zinc pot

The galvanising pot is the core equipment in the hot-dip galvanising process, serving as the vessel that holds molten zinc solution. It enables metal workpieces to acquire a zinc coating by immersion in the zinc bath. The following provides a detailed introduction:Working Principle: The Zinc Pot operates through the hot-dip galvanising process, immersing steel materials into molten zinc to form a protective zinc coating on their surfaces. This provides corrosion resistance and decorative benefit...

Non-standard zinc pot

The galvanising pot is the core equipment in the hot-dip galvanising process, serving as the vessel that holds molten zinc solution. It enables metal workpieces to acquire a zinc coating by immersion in the zinc bath. The following provides a detailed introduction:Working Principle: The Zinc Pot operates through the hot-dip galvanising process, immersing steel materials into molten zinc to form a protective zinc coating on their surfaces. This provides corrosion resistance and decorative benefit...

Non-standard Galvanised Pan

The galvanising pot is the core equipment in the hot-dip galvanising process, serving as the vessel that holds molten zinc solution. It enables metal workpieces to acquire a zinc coating by immersion in the zinc bath. The following provides a detailed introduction:Working Principle: The Zinc Pot operates through the hot-dip galvanising process, immersing steel materials into molten zinc to form a protective zinc coating on their surfaces. This provides corrosion resistance and decorative benefit...

Non-standard galvanised pot

The galvanising pot is the core equipment in the hot-dip galvanising process, serving as the vessel that holds molten zinc solution. It enables metal workpieces to acquire a zinc coating by immersion in the zinc bath. The following provides a detailed introduction:Working Principle: The Zinc Pot operates through the hot-dip galvanising process, immersing steel materials into molten zinc to form a protective zinc coating on their surfaces. This provides corrosion resistance and decorative benefit...

Non-standard shaped pot

The galvanising pot is the core equipment in the hot-dip galvanising process, serving as the vessel that holds molten zinc solution. It enables metal workpieces to acquire a zinc coating by immersion in the zinc bath. The following provides a detailed introduction:Working Principle: The Zinc Pot operates through the hot-dip galvanising process, immersing steel materials into molten zinc to form a protective zinc coating on their surfaces. This provides corrosion resistance and decorative benefit...

Flat-bottomed zinc pot with rounded edges

The galvanising pot is the core equipment in the hot-dip galvanising process, serving as the vessel that holds molten zinc solution. It enables metal workpieces to acquire a zinc coating by immersion in the zinc bath. The following provides a detailed introduction:Working Principle: The Zinc Pot operates through the hot-dip galvanising process, immersing steel materials into molten zinc to form a protective zinc coating on their surfaces. This provides corrosion resistance and decorative benefit...

Flat-bottomed rounded zinc pot

The galvanising pot is the core equipment in the hot-dip galvanising process, serving as the vessel that holds molten zinc solution. It enables metal workpieces to acquire a zinc coating by immersion in the zinc bath. The following provides a detailed introduction:Working Principle: The Zinc Pot operates through the hot-dip galvanising process, immersing steel materials into molten zinc to form a protective zinc coating on their surfaces. This provides corrosion resistance and decorative benefit...

Flat-bottomed, rounded-edge zinc saucepan

The pot body of internally heated ceramic zinc pots comprises three layers of insulation material—a casting layer, thermal insulation layer, and heat retention layer—supported by a steel structural frame. This design ensures high thermal stability and a long service life exceeding 10 years.

Flat-bottom rounded-corner zinced pan

Typically constructed from low-carbon steel such as AGXG08 or specialised boiler steel, featuring a corrosion-resistant alloy layer. They feature low initial investment, high heating efficiency, and ease of maintenance. However, their service life is relatively short, typically 2 to 5 years, and they carry safety risks associated with molten zinc leakage.