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Carbon Steel Plate

Carbon steel plate is a flat material made by rolling carbon steel billets. It can be divided into plates and sheets according to thickness. The surface can be galvanized or coated to enhance corrosion resistance.

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High-strength Structures Steel Plates

High-strength structural steel plate is a low alloy steel as the core material of special steel, controlled rolling and cooling (TMCP) and micro-alloying process, with high strength (Yield strength of ≥ 690MPa), high toughness (-20 ℃ impact work ≥ 47J), excellent weldability (carbon equivalent of ≤ 0.45%) and fatigue characteristics, in line with GB / T 19879 and other standards, dedicated to high-rise buildings, bridges, heavy machinery and other load-bearing structures, can reduce steel consumption by 30% and improve the seismic performance.

General structural steel plates

General structural steel plates are widely used in the manufacture of various engineering structures such as steel structure buildings, engineering machinery, heavy vehicles, bridges, wind power, pressure vessels, etc.

Boilers and Pressure Vessels Steel Plates

Boiler and pressure vessel plate is a special steel used in the manufacture of boilers and pressure vessels, need to withstand high temperature (below 350 ° C) high-pressure environment, with high strength, corrosion resistance, impact resistance and good welding performance, covering carbon steel, low alloy heat-resistant steel and other types of widely used in energy, chemical industry and other fields of the key pressure components.

Wind Power Steel Plate

Wind power steel plate is a special steel designed for wind power generation equipment, to meet the requirements of high strength, corrosion resistance, low-temperature impact resistance, etc., is widely used in wind turbine towers, blades, gearboxes and other core components.

Oil and Gas Pipelines Steel Plates

Steel plate for oil and gas pipeline is a special steel designed for long-distance transportation of oil and gas, mainly low alloy high-strength steel (such as X52/X70/X80 series), with high strength (yield strength ≥360MPa), high and low-temperature toughness (-40 ℃ impact work ≥34J), corrosion resistance and excellent weldability (carbon equivalent ≤ 0.45%), the use of controlled-rolling and controlled-cooling (TMCP) technology to refine the grain, to meet the safety requirements of high-pressure large-diameter pipelines under complex geology and extreme weather conditions. Grain refinement to meet the safety requirements of high-pressure large-diameter pipelines in complex geology and extreme climate, in line with API 5L standards and applicable to onshore, submarine and hydrogen-doped transport scenarios.

Ship Hulls and Marine Engineering Structural Steel Plates

This series of products has good comprehensive mechanical properties, welding properties, and process properties.

Building Structures Steel Plate

Building Structures Steel Plate are steel materials designed for building structures with high strength, corrosion resistance and good processing performance, and are widely used in high-rise buildings, bridges, industrial plants and other fields.

Wear-resistant Steel Plate

Wear-Resistant Steel is a specialty steel designed to resist wear and tear through the addition of alloying elements and heat treatments to enhance surface hardness (Brinell hardness up to 400-600 HB) and wear resistance. Its core properties include: High wear resistance: 5-20 times harder than ordinary carbon steels, especially in high-impact or high-pressure friction scenarios. Strong bonding: Some steels (e.g. high manganese steels) have "work hardening" properties, which significantly increase surface hardness after impact. The combination of strength and toughness: some steels (e.g. high-manganese steels) have "work-hardening" properties that significantly increase surface hardness after impact. Multi-scenario adaptation: resistance to abrasive, corrosive and high-temperature wear (up to 1200°C).

Bridge Structures Steel Plates

Bridge steel plate is a thick steel plate specially used for manufacturing bridge structural members, made of carbon steel and low alloy steel (the end of the steel number labeled "q"), with high strength (such as Q345qD yield strength ≥ 345MPa), fatigue resistance, low-temperature toughness (such as -40 ° C impact work ≥ 34J) and resistance to atmospheric corrosion, suitable for railroads, highways, cross-sea bridges and other load-bearing structures subject to dynamic loads. It is suitable for railway, highway, cross-sea bridge and other dynamic load bearing structure.

Weathering Steel

Weathering Steel is a low alloy steel made by adding copper, phosphorus, chromium, nickel and other alloying elements, between ordinary steel and stainless steel. Its core properties include: Corrosion resistance: By forming a dense oxide layer on the surface (the main component is α-FeOOH), which prevents the penetration of oxygen and moisture in the atmosphere, the corrosion resistance is 2-8 times higher than that of ordinary carbon steel. Economy: the cost is only 1/3-1/2 of stainless steel, and paint-free use can reduce maintenance costs. Mechanical properties: both high strength (yield strength ≥ 235-550 MPa), plastic ductility and weldability, suitable for complex structural processing

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Room.809, #A3-2 Building, Hanyu Financial Center, HI-TECH District, Jinan, China, 250101

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+8615702676979

info@sinosourcegroup.com

+8615702676979