Plant appearance

The steel plant has world-class production equipment, including large blast furnace, modern converter, efficient continuous casting machine and precision rolling production line, to ensure high quality and stability of products

We have advanced processing equipments, the experienced team, strictly controls every detail of the product, equipment to strictly control the product quality. Strictly follow customer customization requirements for product production to meet customer customization requirements.

Packing And Delivery

Beike Laigang Steel products are widely used in various fields and have been service more than 8 years. Customers are full of African, Europe, American and etc.

Customer visits

Beike Laigang Steel is specialized in various kinds of stainless steel pipe, plate, coil, bar, pipe fitting, high nicked alloy steel products, high temperature resistant products, and other OEM&ODM service.

Application

Uses of Carbon Steel Plates
Carbon steel plates are widely used in many fields such as construction, machinery, and transportation, depending on their carbon content, processing technology, and performance differences. The following are the main classifications of their uses and typical application scenarios: ‌
1. ‌Construction and Infrastructure‌
‌Steel Structure Buildings‌: Such as house beams, roof panels, wall panels, and high-rise building towers, high-strength carbon steel plates such as A36 medium-thick steel plates are used to ensure the stability of the load-bearing structure.
‌Bridge Engineering‌: Used for main beams, cross beams, and connectors, which must have both high strength and corrosion resistance.
2. ‌Mechanical Manufacturing‌
‌Low-carbon steel plates‌ (carbon content <0.25%): Used for stamping parts (such as containers, instrument housings) and carburized parts (such as gears, pins), because of their good plasticity and strong weldability.
‌Medium-carbon steel plates‌ (carbon content 0.25%-0.55%): After quenching and tempering, they are used to manufacture shafts, bolts, sleeves, etc., and surface quenching can improve wear resistance, suitable for high-load parts such as gears.
3. Transportation and Energy Vehicle Manufacturing: Medium and thick carbon steel plates are commonly used in chassis, carriages and other structural parts. Shipbuilding and Energy Equipment: Structural carbon steel plates with excellent toughness are required for hull structures and large motor housings. 4. Tools and Special Parts High Carbon Steel Plates (Carbon Content>0.6%): Used for springs (such as valve springs, leaf springs) and high-hardness tools after quenching. Ordinary Carbon Steel Plates: Such as Q195 steel, used in low-strength demand scenarios such as anchor bolts, rivets, and protective covers. Summary: The core difference in the use of carbon steel plates comes from the carbon content. From the toughness requirements of building structures to the high-strength requirements of mechanical tools, its classification (low carbon, medium carbon, high carbon) directly corresponds to different industrial scenarios.