China Stainless Steel U-Channel for Solar Panel Mounts Manufacturers, Supplier

Building and structural support: It is an important part of building frames, industrial plants, and large steel structure skeletons (such as airport terminals and exhibition centers), providing solid support

Surface: hot rolled pickled ,polished
Standard: AISI, ASTM, GB, BS
Technique: Hot Rolled and Bend, Welded
Quality: Prime quality

Product Description

01

Overview

304 stainless steel channel steel is a long steel strip with a grooved cross section, similar to stainless steel I-beam. Stainless steel channel steel is divided into ordinary channel steel and light channel steel. The model and specification are expressed as waist height (h) × leg width (b) × waist thickness (d), in millimeters. Its specification expression method, such as 120*53*5, means a channel steel with a waist height of 120 mm, a leg width of 53 mm, and a waist thickness of 5 mm, or 12# channel steel. Channel steels with the same waist height, if there are several different leg widths and waist thicknesses, also need to add a b c to the right of the model to distinguish them, such as 25a# 25b# 25c#, etc.

304 stainless steel channel steel details
measuring steel channels
02

Application Scope of 304 Stainless Steel Channel Steel

Stainless steel channel steel is mainly used in building structures, vehicle manufacturing and other industrial structures. Channel steel is also often used in conjunction with I-beams.

Hot-rolled stainless steel ordinary channel steel (GB707-88): Mainly used for building structures, vehicle manufacturing and other industrial structures, often used in conjunction with I-beams.
Hot-rolled stainless steel light channel steel (YB164-63): A steel with wide legs and thin walls, providing better economic effects than ordinary hot-rolled channel steel. Specifications range from 5-40#.

The 1966 Metallurgical Standard stipulates that the specification range is from 10-40#. Main uses include buildings and steel frame structures.

03

Features

Corrosion Resistance: Good corrosion resistance, able to resist the erosion of most chemical substances, suitable for various harsh environments.
High Temperature Stability: Excellent high temperature resistance, maintaining stable performance and resisting deformation in high heat.
High Strength: Exceptional structural strength to withstand greater pressure and weight.
Easy Processing: Convenient to process to meet the requirements of different shapes and sizes.
Stainless steel channel steel features
Channel steel processing
04

Steel Channel Specification

Specification Height (mm) Width (mm) Thickness (mm) Cross-sectional Area (cm²) Theoretical Weight (kg/m)
5#50374.56.9285.438
6.3#63404.88.4516.634
8#80435.010.2488.045
10#100485.312.74810.007
14#a140586.018.51614.535
16#a160636.521.96217.24
18#a18068725.69920.174
20#a20073728.83722.637
25#b25080939.91731.335
28#c2808611.551.23440.219
32#b320901054.91343.107
40#c40010414.591.06871.488
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Frequently Asked Questions

What are the primary advantages of 304 stainless steel channel steel?
It offers excellent corrosion resistance, high-temperature stability, high structural strength, and is very easy to process into different shapes and sizes for industrial use.
How is the specification of a channel steel expressed?
Specifications are typically expressed as waist height (h) × leg width (b) × waist thickness (d) in millimeters. For example, 120*53*5 refers to a 120mm height, 53mm width, and 5mm thickness.
What is the difference between ordinary and light channel steel?
Light channel steel features wider legs and thinner walls compared to ordinary channel steel, which provides better economic efficiency for specific structural needs.
In which industries is 304 channel steel most commonly used?
It is primarily used in building structures, vehicle manufacturing, steel frame structures, and various other industrial structural applications.
Can 304 stainless steel channel be used in high-temperature environments?
Yes, one of its key features is excellent high-temperature resistance, allowing it to maintain stable performance and resist deformation under significant heat.

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