16Mn Angle Steel 100x100mm

16Mn Angle Steel 100x100mm

This parameter table outlines the key specifications of 16Mn Angle Steel 100x100mm, a robust material designed for high-strength structural applications. Its balanced alloy composition ensures excellent weldability and durability, making it suitable for demanding industrial and construction environments.

2010 ESTABLISHED

410 EMPLOYEE

363+CLIENTS

13000+ trade

Why Choose Baosteel®

Product details

16Mn Angle Steel 100x100mm is a high-performance low-alloy structural steel profile engineered to deliver exceptional strength and reliability in demanding construction, industrial, and infrastructure applications. With its robust 100x100mm equal-leg design and optimized alloy composition, this angle steel provides superior load-bearing capacity, making it an ideal choice for large-scale frameworks requiring uncompromising structural integrity.

Parameter	Value/Description	Unit	Remarks
Material	16Mn (Low-Alloy High-Strength Structural Steel)	—	Chemical Composition: C ≤0.18%, Si ≤0.55%, Mn 1.20–1.60%, P ≤0.040%, S ≤0.040%
Section Size	100×100	mm	Equal-leg angle, both legs 100mm
Thickness	8/10/12/14	mm	Standard available options
Weight per Meter	12.2/15.1/17.8/20.5	kg/m	Corresponding to 8/10/12/14mm thickness
Length	6000–12000 (Customizable)	mm	Standard 6m/9m; cut-to-order available
Cross-Sectional Area	15.626 (8mm)	cm²	Example value; varies with thickness
Tensile Strength	≥490	MPa	Minimum at room temperature
Yield Strength	≥315	MPa	Minimum at room temperature
Elongation (δ5)	≥21	%	Minimum at room temperature
Impact Toughness	≥34	J	Charpy V-notch impact value at room temperature
Manufacturing Standard	GB/T 1591-2018	—	Compliant with Chinese national standard for low-alloy structural steels
Surface Treatment	Mill finish (black) / Hot-dip galvanized / Epoxy painted	—	Galvanized option provides enhanced corrosion resistance for outdoor use
Application	Structural frames, bridge bracing, machinery supports, industrial platforms	—	Ideal for heavy-load bearing in construction and engineering projects