Spangle Steel Sheet

Incepted in the year 1998 spangle steel has a vision to provide matchless solution for warehousing and storage needs for a variety of industries and oraganisations.

Spangle steel sheet.

Spangle resembles large hexagonal snowflakes. About 76 of these are steel sheets. Wheeling nippon steel s two state of the art multi pot coating lines provide the capability to produce a wide range of sizes coating weights and steel grades. This is produced on the steel sheet when certain alloying elements are either added to the liquid zinc or available as impurities.

A wide variety of spangle galvanized steel sheet options are available to you such as standard processing service and surface treatment. The dictionary defines spangle as a glittering object. Before time due to china technology can not get very clear pure lead in the zinc liquids there is always some spangle on the galvanized steel surface. In previous steel making generations galvanized steel sheet used to contain large flowery crystalline patterns of zinc on the surface of the steel known as spangle.

When spangle is used to define the surface appearance of galvanized steel sheet it includes the typical snowflake like or six fold star pattern that is visible to the unaided eye. The spangle appears as either a snowflake or a six pointed star pattern. Wheeling nippon steel minimized spangle is known in the industry for its excellent paintable flat uniform spangle free surface. The process involves running a sheet plate structural shape or constructed shape into a molten bath of high purity zinc.

The following photograph shows the details of this pattern. Incepted in the year 1998 spangle steel products is well known all over the marketplace for its creative line of products that are developed to meet the present market requirements for perfect racks and shelves that save space and and impart a spacious ambiance to that facility. The spangle is a unique and interesting formation on the galvanized surface. It is created by use of trace metals in the molten zinc and by controlling the cooling process of the hot dip zinc coating on the steel.