An apparatus (1) for treating molten aluminium or zinc having a housing providing a chamber (18) for containing a molten metal (19).

ALU… ZINC… stands for aluminium and zinc… fused in almost equal proportions, as a coating for the steel sheet that is coated with a unique silvery spangle composed of:

A longer soak time in the molten zinc basin will produce one of the two following effects:

The baskets are then placed in a bath of molten zinc at about 450 ° so that they are galvanized.

The molten zinc alloy bath (11) has a bath temperature of 400 - 480 degrees Celsius and contains an aluminum fraction and a magnesium fraction.

The high resistivity of Mo-30W, an alloy of 70% molybdenum and 30% tungsten, against the attack of molten zinc makes it the ideal material for casting zinc.

It is an industrial process which involves dipping clean steel in a basin filled with molten zinc at 450°C to create a metallurgical bond between zinc alloys covered by a layer of pure zinc.

The high resistivity of Mo-30W, an alloy of 70% molybdenum and 30% tungsten, against the attack of molten zinc makes it the ideal material for casting zinc.

In 1907, Pauchard discovered that it was possible to protect the leaf from rust by immersing it in molten zinc.

Galvanizing: for a proper galvanizing, we soak the buckets in a bath of molten zinc (450 °C).

In 1907, Pauchard found that it was possible to protect sheets of metal against the common threat of rust by galvanizing them or dipping them in molten zinc.

In 1907 Pauchard discovered that he was able to protect sheet metal from rust by dipping the furniture in molten zinc or by galvanising it.

It was in 1907 that Pauchard discovered that he could protect sheet metal from rusting by dipping it in molten zinc, or galvanising it.

In 1907, Pauchard discovered that he could protect sheet metal from rusting by dipping it in molten zinc, or galvanising it.

In 1907, Pauchard discovered that he could protect sheet metal from rusting by dipping it in molten zinc, or galvanizing it.