Hot-dip galvanization system and hot-dip galvanization method

A hot-dip galvanization system for the large-scale hot-dip galvanization of a plurality of identical or similar components,

• wherein the system comprises:
• a conveying device with at least one goods carrier for the grouped conveying of a plurality of components to be attached on the goods carrier;
• a degreasing device for degreasing the components;
• a surface-treating device for the chemical, mechanical or chemical and mechanical surface-treatment of the components;
• a flux application device for applying a flux to the surface of the components;
• and
• a hot-dip galvanizing device for hot-dip galvanizing the components, wherein the hot-dip galvanizing device comprises a galvanizing bath comprising a zinc/aluminum alloy in a liquid molten form;
• wherein the system further comprises a separating and singling device for the supply, immersion and emersion of a single component separated and singled out from the grouped plurality of components attached on the goods carrier to, into and out of the galvanizing bath of the hot-dip galvanizing device,
• wherein the separating and singling device comprises at least one separating and singling means,
• wherein, during the separation and singling out, each component can be precisely manipulated and treated by means of specific rotating and steering movements upon emersion from the galvanizing bath, and
• wherein the separating and singling means is designed or equipped in such a way that all of the components separated and singled out from the grouped plurality of components attached on the goods carrier are moved, after emersion, in an identical way and such that drip edges or drip streaks are removed.

A hot-dip galvanization method for the large-scale hot-dip galvanization of a plurality of identical or similar components, using a zinc/aluminum alloy in a liquid molten form,

• wherein the method comprises the following steps:
• the components, prior to hot-dip galvanizing, are attached on a goods carrier for grouped conveying, and subsequently the components are subjected to a chemical, mechanical or chemical and mechanical surface-treatment and subsequently the components are provided on their surface with a flux and then the components provided on their surface with the flux are subjected to hot-dip galvanization in a galvanizing bath comprising a zinc/aluminum alloy in a liquid molten form,
• wherein, for hot-dip galvanizing, the components are each separated and singled out from the grouped plurality of components attached on the goods carrier and are each supplied, in such separated and singled out state, from the goods carrier to the galvanizing bath, and are then immersed therein and subsequently emersed therefrom,
• wherein, during the separation and singling out, each component is precisely manipulated and treated by means of specific rotating and steering movements upon emersion from the galvanizing bath, and
• wherein all of the components separated and singled out from the grouped plurality of components attached on the goods carrier are moved, after emersion, in an identical way and such that drip edges or drip streaks are removed.