304L Stainless Steel Plate
Features: Lower carbon content (≤0.03%), better resistance to intergranular corrosion after welding (welds are less prone to rusting), slightly lower strength. Applications: Suitable for applications involving extensive welding, such as large storage tanks, pipelines, and boiler components; no post-weld heat treatment is required.

309S Stainless Steel Sheet
Features: High chromium (22%), high nickel (12%), excellent resistance to high-temperature oxidation, can operate continuously below 980℃.
Applications: High-temperature environments, such as industrial furnace linings, heat treatment equipment, incinerator linings, and automotive exhaust systems.

Galvanized steel pipe is made of low carbon steel. Then it is covered with zinc coating through hot-dip or electro-galvanizing process to prevent rusting. Galvanized steel tubes feature with excellent corrosion resistance and durability. Therefore, it is very versatile in construction, chemical, electric power, machinery and other industries.

Stainless Steel plate, also known as plate and stainless plate, is a modern, multi-purpose product used in a variety of construction and manufacturing projects. Benefits include resistance to corrosion, fire and heat, as well as a favourable strength to weight ratio and enhanced appearance compared to other metals.

Galvanized coil, the thin steel plate is dipped into the melted zinc tank, so that its surface adheres to a layer of zinc thin steel plate. It is mainly produced by continuous galvanizing process, that is, the rolled steel plate is continuously dipped in the plating tank with melted zinc to make galvanized steel plate. Alloyed galvanized steel sheet. This steel plate is also made by hot dipping, but immediately after the tank is heated to about 500 ° C, so that it generates an alloy coating of zinc and iron. This galvanized coil has good coating adhesion and weldability.

Galvanized coil, the thin steel plate is dipped into the melted zinc tank, so that its surface adheres to a layer of zinc thin steel plate. It is mainly produced by continuous galvanizing process, that is, the rolled steel plate is continuously dipped in the plating tank with melted zinc to make galvanized steel plate. Alloyed galvanized steel sheet. This steel plate is also made by hot dipping, but immediately after the tank is heated to about 500 ° C, so that it generates an alloy coating of zinc and iron. This galvanized coil has good coating adhesion and weldability.

Galvanized coil, the thin steel plate is dipped into the melted zinc tank, so that its surface adheres to a layer of zinc thin steel plate. It is mainly produced by continuous galvanizing process, that is, the rolled steel plate is continuously dipped in the plating tank with melted zinc to make galvanized steel plate. Alloyed galvanized steel sheet. This steel plate is also made by hot dipping, but immediately after the tank is heated to about 500 ° C, so that it generates an alloy coating of zinc and iron. This galvanized coil has good coating adhesion and weldability.

Galvanized coil, the thin steel plate is dipped into the melted zinc tank, so that its surface adheres to a layer of zinc thin steel plate. It is mainly produced by continuous galvanizing process, that is, the rolled steel plate is continuously dipped in the plating tank with melted zinc to make galvanized steel plate. Alloyed galvanized steel sheet. This steel plate is also made by hot dipping, but immediately after the tank is heated to about 500 ° C, so that it generates an alloy coating of zinc and iron. This galvanized coil has good coating adhesion and weldability.

Galvanized steel is the result of applying a protective zinc coating to steel to prevent it from rusting. The coating is used to prevent corrosive substances from reaching the metal underneath and stop the formation of rust. Galvanization is important because it provides long-lasting protection for steel. You can tell when metal is galvanized because the zinc makes a distinctive pattern on the metal called “spangle.”