Stainless steel strips, governed by standards like ​ASTM A240 and ​EN 10151, are indispensable across industries due to their corrosion resistance, mechanical adaptability, and aesthetic flexibility. From ​Grade 304 in medical devices to ​316L in marine engineering, these strips drive innovation in sustainable and high-performance manufacturing. As technology advances, their role in lightweight and energy-efficient solutions will continue to expand.

Cold Rolled Carbon Steel Strip is a high-precision, flat-rolled steel product manufactured under stringent standards such as ​ASTM A109/A109M-24. It is produced by cold-rolling hot-rolled steel coils at room temperature, a process that refines grain structure, enhances mechanical properties, and ensures tighter dimensional tolerances compared to hot-rolled counterparts. Key specifications include: ​Carbon Content: Limited to a maximum of ​0.25% (low to medium carbon range). ​Dimensions: Thickness: ​**≤7.6 mm (0.300 in.)**. Width: ​12.5–600 mm (0.5–23.9375 in.). ​Standards: Differentiated from cold-rolled sheets (ASTM A568/A568M) and high-carbon strips (ASTM A682/A682M) by stricter tolerances and specialized surface finishes.

A109 Cold-Rolled Strip Steel refers to a precision-manufactured carbon steel product defined under the ​ASTM A109/A109M-24 standard. It is produced by cold-rolling processes to achieve tighter dimensional tolerances compared to standard cold-rolled steel sheets. Key parameters include:

A ​Carbon Steel Strip is a flat-rolled steel product with a rectangular cross-section, typically characterized by a thickness ranging from ​0.1 mm to 30 mm and a width of ​20 mm to 600 mm. It is manufactured from carbon steel, an alloy primarily composed of ​iron and carbon (0.05% to 2.1% by weight). The production process involves either ​hot-rolling (heated above recrystallization temperature) or ​cold-rolling (processed at room temperature), followed by surface treatments such as bright polishing, galvanizing, or blackening for enhanced durability and aesthetics. Carbon steel strips are widely used across industries due to their balance of strength, formability, and cost-effectiveness.

PPGL Strip refers to a pre-coated steel product manufactured by applying multiple layers of paint or chemical coatings onto a ​galvalume steel substrate. The galvalume base consists of ​55% aluminum, 43.4% zinc, and 1.6% silicon, combining aluminum’s corrosion resistance with zinc’s sacrificial protection. The production process involves:

Prepainted Galvalume (PPGL) strip is a high-performance coated steel product manufactured by applying ​multiple layers of paint or chemical treatments onto a ​galvalume steel substrate. The galvalume base consists of ​55% aluminum, 43.4% zinc, and 1.6% silicon, combining aluminum’s corrosion resistance with zinc’s sacrificial protection. The production process involves

Color Coated Galvanized Steel Strip, also known as ​Prepainted Galvanized Steel (PPGI) or ​Prepainted Galvalume Steel (PPGL), is a composite material manufactured by applying organic coatings (e.g., polyester, silicon-modified polyester, polyvinylidene fluoride) onto a galvanized or galvalume steel substrate. The substrate undergoes surface pretreatment (chemical degreasing and conversion coating) before the coating process, followed by high-temperature baking for curing. Its vibrant colors and functional properties make it widely used in construction, appliances, transportation, and industrial sectors.

DX5TD Galvalume Aluzinc-Coated Steel Strip is an advanced ​aluminum-zinc-silicon alloy-coated steel product designed for high-performance applications. The coating composition typically comprises ​55% aluminum, 43.4% zinc, and 1.6% silicon, combining aluminum’s corrosion resistance with zinc’s sacrificial protection. This material is engineered to replace traditional galvanized steel in environments demanding extreme durability, heat resistance, and aesthetic versatility.

Aluzinc Steel Strips, also known as ​hot-dip aluminum-zinc coated steel strips, are high-performance steel products coated with an alloy layer composed of ​55% aluminum, 43.4% zinc, and 1.6% silicon. This unique composition combines the superior corrosion resistance of aluminum with the sacrificial protection of zinc, making it an advanced alternative to traditional galvanized steel. Widely used in industries requiring durability, heat resistance, and aesthetic appeal, Aluzinc-coated steel is a cornerstone material for modern engineering challenges.