Corten Steel Plate
Produced by adding small amounts of alloying elements (copper, chromium, nickel, phosphorus) to carbon steel, forming a dense and adherent oxide layer (patina) when exposed to outdoor atmosphere. This protective layer eliminates the need for painting and prevents further corrosion.
Corten Steel Plate
Produced by adding small amounts of alloying elements (copper, chromium, nickel, phosphorus) to carbon steel, forming a dense and adherent oxide layer (patina) when exposed to outdoor atmosphere. This protective layer eliminates the need for painting and prevents further corrosion.
Corten Steel Plate
Produced by adding small amounts of alloying elements (copper, chromium, nickel, phosphorus) to carbon steel, forming a dense and adherent oxide layer (patina) when exposed to outdoor atmosphere. This protective layer eliminates the need for painting and prevents further corrosion.
Corten Steel Plate
Produced by adding small amounts of alloying elements (copper, chromium, nickel, phosphorus) to carbon steel, forming a dense and adherent oxide layer (patina) when exposed to outdoor atmosphere. This protective layer eliminates the need for painting and prevents further corrosion.
Corten Steel Plate
Produced by adding small amounts of alloying elements (copper, chromium, nickel, phosphorus) to carbon steel, forming a dense and adherent oxide layer (patina) when exposed to outdoor atmosphere. This protective layer eliminates the need for painting and prevents further corrosion.
Corten Steel Plate
Produced by adding small amounts of alloying elements (copper, chromium, nickel, phosphorus) to carbon steel, forming a dense and adherent oxide layer (patina) when exposed to outdoor atmosphere. This protective layer eliminates the need for painting and prevents further corrosion.
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