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  • Low Alloy High Strength Steel Plate (HSLA)
  • Low Alloy High Strength Steel Plate (HSLA)
  • Low Alloy High Strength Steel Plate (HSLA)
  • Low Alloy High Strength Steel Plate (HSLA)
  • Low Alloy High Strength Steel Plate (HSLA)
  • Low Alloy High Strength Steel Plate (HSLA)
  • Low Alloy High Strength Steel Plate (HSLA)
  • Low Alloy High Strength Steel Plate (HSLA)
  • Low Alloy High Strength Steel Plate (HSLA)
  • Low Alloy High Strength Steel Plate (HSLA)
  • Low Alloy High Strength Steel Plate (HSLA)
  • Low Alloy High Strength Steel Plate (HSLA)

Low Alloy High Strength Steel Plate (HSLA)

Alloy steel plate refers to a type of special steel plate produced by intentionally adding elements such as chromium (Cr), molybdenum (Mo), and nickel (Ni) to ordinary carbon steel, thereby achieving higher strength, corrosion resistance, or high-temperature resistance compared to standard steel plates.

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Sự miêu tả
Alloy steel plate is a steel composite formed by adding alloying elements such as manganese, chromium, nickel, molybdenum and silicon to iron-carbon base metal. Alloy steel plate can be classified in various ways. Based on total alloy element content, it can be categorized as low-alloy steel, medium-alloy steel, and high-alloy steel; based on main alloy element types, it can be categorized as manganese steel, chromium steel, nickel steel, molybdenum steel, chrome-nickel steel and other varieties; based on smelting quality, it can be categorized as ordinary alloy steel, high-quality alloy steel and premium high-quality alloy steel; and based on application, it can be categorized as alloy structural steel, alloy tool steel, heat-resistant alloy steel, wear-resistant alloy steel and stainless alloy steel.
The properties of alloy steel plate are primarily determined by the types and content of added alloying elements. Generally speaking, reasonable addition of alloy elements greatly improves the strength, hardness, corrosion resistance, high-temperature resistance and wear resistance of steel plate, while maintaining balanced plasticity and toughness. Furthermore, alloy steel plate delivers outstanding comprehensive performance including high-temperature durability, anti-corrosion property and impact resistance, and it can meet the strict working requirements of special engineering, petroleum, chemical, power and mining industries.
Alloy structural steel plate is a commonly used high-performance steel material that complies with GB, ASTM and EN standards. It is widely adopted in heavy machinery, pressure vessels, oilfield equipment, bridge construction and automobile manufacturing. It is mainly used for core load-bearing components working under high pressure, high temperature or corrosive environments. Its performance focuses on high tensile strength, low-temperature toughness, fatigue resistance and corrosion resistance, even though its cost is higher than ordinary carbon steel plate.
Item Detailed Specifications
Product Name Alloy Steel Plate / Low Alloy High Strength Steel Plate
Technique Hot Rolled, Cold Rolled, Quenched & Tempered (Q&T), Forged
Thickness 1mm ~ 200mm (Customized Special Thickness Available)
Width 600mm, 1000mm, 1219mm, 1500mm, 1800mm, 2000mm, 2500mm, 3000mm, 3500mm, Customized
Length 2000mm, 2440mm, 3000mm, 5800mm, 6000mm, 12000mm, Customized
Standard ASTM, AISI, EN, DIN, GB, JIS (Core Standards: ASTM A514/A387/A829, EN 10025, GB/T 3077, JIS G4051)
Application 1. Heavy Machinery & Equipment Manufacturing
2. Pressure Vessel & Boiler Fabrication
3. Oilfield & Offshore Platform Equipment
4. Bridge & Large Steel Structure Construction
5. Mining & Wear-resistant Component Processing
6. Automotive Chassis & High-strength Structural Parts
7. High Temperature Pipeline & Power Generation Equipment
8. High Pressure Container & Petrochemical Industry
Edge Mill Edge, Slit Edge, Beveled Edge for Welding, Customized Edge Treatment
Material Low Alloy High Strength Steel: Q355B, Q460, 16Mn, S355NL
Alloy Structural Steel: 42CrMo, 30CrMo, 4130, 4140, 4340, C45, CK45
Pressure Vessel Alloy Steel: A516 Gr70, A387 Gr11/Gr22, 16Mo3
Wear Resistant Alloy Steel: NM400, NM450, NM500
Export Packing Anti-rust Oil Coated + Waterproof Paper Wrapped + PVC Film Covered, Bundled with High-strength Steel Straps, Sea-worthy Wooden Package for Bulk Cargo, Customized Packaging Available
Container Dimension 20ft GP: 5898mm(Length)×2352mm(Width)×2393mm(High) 24-26CBM
40ft GP: 12032mm(Length)×2352mm(Width)×2393mm(High) 54CBM
40ft HC: 12032mm(Length)×2352mm(Width)×2698mm(High) 68CBM

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Alloy steel plate is a ferrous metal material based on iron-carbon matrix with deliberately added alloying elements. Its base material contains carbon within 2.1%, plus intentionally incorporated alloy elements including manganese, chromium, nickel, molybdenum, silicon, vanadium and titanium, with only trace impurities like sulfur and phosphorus strictly controlled. Different types and content ratios of alloying elements endow alloy steel plates with distinct physical, mechanical and service properties such as high strength, wear resistance, low-temperature toughness and high-temperature corrosion resistance.

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Alloy steel plate is iron-carbon base steel modified with intentional alloying elements like chromium, nickel, molybdenum and manganese. Its physical, chemical and mechanical properties can be precisely tuned by adjusting alloy element proportions, together with customized heat treatment and cold forming processes. The production of alloy steel plate involves strict and elaborate manufacturing procedures, covering raw material proportioning, special alloy steel smelting, hot/cold rolling, surface finishing, quenching and tempering. Continuous parameter monitoring and process optimization are required throughout manufacturing to meet targeted chemical composition, internal quality and comprehensive service performance.

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In order to ensure product quality, we will arrange professional personnel to check product quality, packaging, weight, hardness, etc., according to customer requirements of product specifications, looking for high-quality and cheap cooperative factories in China, to provide customers with one-stop procurement services and quality assurance.

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Excellent packaging: waterproof paper and plastic film + iron cover + at least three strapping straps + strapping straps fixed on iron or wood pallets can effectively protect products from corrosion and various climate changes during transportation.  Generally speaking, we ship from Shanghai, Tianjin, Qingdao and Ningbo ports.  We have worked with many experienced shipping companies for a long time to find the most suitable mode of transportation for you.

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