Carbon steel plate: a basic building material treasure in the industrial field

In modern industry, carbon steel plate is an indispensable foundational material. Its excellent performance, wide applicability, and economical cost have made it ubiquitous in numerous fields, including construction, machinery, automobiles, and shipbuilding. Made from carbon steel through hot or cold rolling, it is a crucial product in the transformation of carbon steel and carries a vital role in driving industrial development.

Carbon steel coil: the "coil weapon" for industrial continuous production

In modern industrial, large-scale, automated production systems, carbon steel coil, with its core advantages of "coil supply and continuous processing," has become a key link between steel production and downstream manufacturing. Made from carbon steel, it is directly coiled after hot or cold rolling. Compared to flat carbon steel sheets, it is more suitable for automated production lines involving continuous stamping, welding, and painting. It widely supports the mass production needs of industries such as automotive, home appliances, pipelines, and construction, serving as an indispensable "bridge material" in the industrial supply chain.

Carbon steel pipe: the "tubular foundation" of industrial fluid transportation and structural support

In industrial production and infrastructure construction, carbon steel pipe, with its unique hollow tubular structure, has become a core material for connecting fluid transport (oil, gas, water, and chemical media) with structural support (buildings and machinery). Made from carbon steel, it is seamlessly rolled or welded into a tubular form. Compared to flat carbon steel plates or coils, carbon steel pipe is more suitable for long-distance transportation and three-dimensional support. It is widely used in fields such as petrochemicals, municipal engineering, machinery manufacturing, and architectural steel structures, becoming an indispensable "blood vessel" in the industrial system.

Stainless steel plate: high-end manufacturing driven by corrosion resistance "protective plate"

In modern industry and consumer sectors, stainless steel, with its core competitive advantage of corrosion resistance imparted by chromium-nickel alloys, has become the preferred material for high-end applications where carbon steel cannot. Based on carbon steel, stainless steel incorporates 10.5% or higher of alloying elements such as chromium (Cr), nickel (Ni), and molybdenum (Mo) to form a surface passivation film (Cr₂O₃), effectively resisting oxidation and corrosion. Compared to rust-prone carbon steel, stainless steel is more suitable for demanding environments such as food contact, chemical corrosion, and marine environments. It is widely used in the food and pharmaceutical, architectural decoration, high-end equipment, and new energy sectors, serving as a core element for durability and safety in industrial upgrades. I. Basic Concepts and Core Characteristics of Stainless Steel Sheets

Stainless steel pipes: the “tubular core” for corrosion-resistant fluid transportation and structural support

In high-end industrial manufacturing and public projects, stainless steel pipe, with its combined advantages of "stainless steel's corrosion resistance and hollow tubular structure," has become the material of choice for demanding applications where carbon steel pipe cannot. Made from stainless steel billets or coils, and processed into tubular form through seamless rolling or welding, it inherits stainless steel's core properties of "passivation film corrosion protection, hygienic and eluting-free, and extreme environmental resistance

Stainless steel coil: the "core of corrosion-resistant coil" for high-end continuous manufacturing

In the large-scale, automated production system of high-end manufacturing, stainless steel coil, with its combined advantages of "coil form and stainless steel's corrosion resistance," has become a key link between stainless steel production and downstream precision processing. Made