Steel Profiles
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European Steel Structures Galvanized Steel Profiles EN 10025-2 S235 Solar PV Mounting Structure
EN 10025-2 S235 steel is a popular choice for the manufacturing of solar PV mounting structures because it is a low carbon steel with good strength, toughness, and weldability. With respect to load capacity, durability, and processability, this material is very stable, which makes it well suited for the structural components of PV power plants, be it the distributed rooftop systems or the large-scale ground-mounted power plants.
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European Steel Structures Galvanized Steel Profiles EN 10025-2 S355 Solar PV Mounting Structure
S355 photovoltaic support structure S355 refers to a kind of solar PV support system made of S355 series steel as the main material, which is primarily used to attach and hold the photovoltaic (PV) modules.
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American Steel Steel Profiles ASTM A36 Angle Steel
American Steel Profiles ASTM A36 Angle Steel is a versatile structural steel with excellent strength and weldability, commonly used in construction, fabrication, and industrial projects.
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American Steel Steel Profiles ASTM A572 Angle Steel
ASTM A572 angle Steel is a high strength low alloy (HSLA) structural steel with good yield strength and good weldability. Its major grades are 42, 50, 55, 60 and 65, applied in building, bridge and industrial structure engineering. A572 angle Steel is a unique combination of its light weight and high strength, which makes it perfect for heavy-duty structures and applications.
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American Steel Steel Profiles ASTM A992 Angle Steel
ASTM A992 angle steel is a high-strength structural steel designed for building and industrial structures. It features excellent yield strength (≥345 MPa), good toughness, and weldability, making it ideal for high-rise buildings, bridges, heavy-duty frames, and industrial equipment support structures. A992 angle steel balances lightweight design with durability, making it an ideal choice for structural engineering.
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European Steel Steel Profiles EN 10025 S235JR Angle Steel
EN 10025 S235JR angle steel is a carbon low steel, which is used for the general construction and industrial purposes. Its exceptional weldability, good toughness and proven strength make it an ideal material for frames, supports, platforms and light steel construction.
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European Steel Steel Profiles EN 10025 S275JR Angle Steel
EN 10025 S275JR angle steel is a medium-strength structural steel widely used in construction and industrial applications. It offers higher yield strength than S235JR while maintaining good weldability and toughness. Suitable for structural frameworks, supports, platforms, and light to medium steel structures.
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European Steel Steel Profiles EN 10025 S355JR Angle Steel
Made from EN 10025 S355JR Angle Steel, this angle steel offers high strength, excellent weldability, and good toughness. Commonly used in construction, frameworks, and industrial structures, it supports heavy loads while maintaining durability. Surface treatments like galvanizing or painting enhance corrosion resistance for indoor and outdoor applications.
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American Steel Profiles ASTM A615 Round Steel Bar
ASTM A615 Round Steel Bar is a hot-rolled ribbed carbon steel bar widely used in concrete structural engineering, providing excellent strength and bond properties.
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American Steel Profiles ASTM A283 Round Steel Bar
ASTM A283 Round Steel Bar is a low to intermediate tensile strength carbon steel bar widely used for general structural and industrial applications due to its good weldability, machinability, and cost efficiency.
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American Steel Profiles ASTM A572 Round Steel Bar
ASTM A572 Round Steel Bar is a kind of high strength, low alloy (HSLA) steel bar that is A572 grade steel which is defined by ASTM. It has good strength to weight ratio, weldability, corrosion resistance and is extensively used in general structural, construction, and industrial applications.
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Hot Forged Steel Round Bars AISI 4140, 4340, 1045 Diameter 100mm-1200mm High-Strength Alloy & Carbon Steel Forgings
Hot Forged Steel Round Bar: Being processed by hot forging technique, its density and strength are higher, applicable to automobile, machinery, power, and heavy-duty structural parts.