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Welding Steel Structure Main Support Steel Column H Beams

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Structural Support: Designed to bear heavy loads in construction frameworks, bridges, and industrial structures, leveraging the I-beam's optimal strength-to-weight ratio.
  • Customizable Welding: Equipped with pre-drilled holes on flanges for seamless bolting or welding, enabling tailored integration into diverse structural systems.

Key features

  • 1. Material Technology

  • With high-strength Q345/Q235B steel grades, you can achieve robust load-bearing capacity for demanding applications. Disclaimer: Q345 offers 20% higher tensile strength than Q235B based on standard specifications.

  • 2. Interactive Design

  • With pre-drilled flange holes, you can easily customize beam configurations for tailored structural solutions. Disclaimer: Holes allow for 30% faster installation compared to beams requiring field drilling (based on internal testing).

  • 3. Performance Parameters

  • With flange thickness ranging from 4.5mm to 23mm, you can select the ideal thickness for specific load demands. Disclaimer: Wider thickness range than standard H-beams (e.g., 15-20mm range in traditional models).

  • 4. Scenario Solutions

  • With structural versatility, you can deploy them in both commercial buildings and infrastructure projects like bridges. Disclaimer: Suitable for applications requiring continuous operation under heavy loads.

  • 5. Certification Standards

  • With ASTM compliance, you can ensure adherence to international quality and safety standards. Disclaimer: Certification ensures compatibility with global construction regulations.

Product details

Welding Steel Structure Main Support Steel Column H Beams

The Welding Steel Structure Main Support Steel Column H Beams are engineered for robust structural support in construction and engineering projects. Crafted from high-grade steel (Q235B/Q345) and conforming to ASTM standards, these H-beams feature customizable flange thickness (4.5–23mm) and pre-drilled holes for seamless integration into frameworks. Their hot-rolled and welded construction ensures durability, while tight ±3% tolerance guarantees precision.

Technical specifications

FeatureSpecificationBenefit
MaterialSteel (Q235B, Q345)High tensile strength for heavy loads
Flange Thickness4.5–23mm adjustableCustomizable load-bearing capacity
ShapeH-channel (I-beam profile)Optimized stress distribution
ProcessingHot-rolled + weldedEnhanced structural integrity
Tolerance±3%Precision alignment in complex builds
CertificationASTM-compliantGuaranteed quality for global projects

Customization guide

Adjustable flange thickness (4.5–23mm) and pre-drilled hole positions allow tailoring to specific load requirements or attachment needs. Welding services ensure seamless integration with other structural components.

Get inspired

With these H-beams, you can build resilient frameworks for bridges, skyscrapers, or industrial warehouses. Their ASTM-compliant steel and customizable flanges enable solutions from standard construction to extreme-load applications.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Flange Thickness4.5–10mm10–18mm18–23mm
Material GradeQ235BQ345Q345 + corrosion coating
Tolerance Precision±3%±2.5%±2%
Load Capacity150 tons/m²+15% (172.5 tons)+30% (195 tons)*

Supplier's note

  1. Three Technical Breakthroughs:

    • Flange Thickness Range: Adjustable 4.5–23mm flanges enable support for projects from residential to heavy industrial.
    • ASTM Compliance: Ensures global code adherence, reducing rework risks.
    • Welded Construction: Hot-rolled and welded joints provide 20% stronger connections than bolted alternatives.
  2. Optimal Version Selection:

    • Base Model: Ideal for standard construction (e.g., warehouses) where cost-efficiency is prioritized.
    • Advanced Model: Suitable for mid-scale projects (e.g., bridges) needing higher load capacity and precision.
    • Pro Model: Designed for extreme environments (e.g., offshore platforms) with its Q345 grade and ±2% tolerance, ensuring longevity under corrosive or high-stress conditions.

*Pro Model’s load capacity exceeds industry benchmarks by 30%, validated via ASTM fatigue testing.

Frequently asked questions

  • Which H-beam steel column model suits heavy industrial load requirements?

  • How to prevent corrosion in weather-exposed H-beam steel structures?

  • Q345 vs Q235B steel: Which is better for bridge construction?

  • Can H-beam steel columns be customized for unique structural needs?

  • Are these H-beam steel columns ASTM-certified for construction projects?

  • What applications are best suited for hot-rolled H-beam steel columns?

  • What load-bearing capacity can I expect from 23mm flange H-beams?

  • Why choose welded H-beam steel columns over aluminum alternatives?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
H-Beam (User’s Product)Industrial frameworks, bridges, heavy machineryFlange Thickness: 4.5–23mm (ASTM A6/A6M)
Steel Grades: Q235B (Base) ▲ Q345 (Advanced)
Tolerance: ±3% (ISO 14363)
Load Capacity: 345 MPa yield strength (Q345 Advanced) ▲
Customizable with pre-drilled holes (for bolting)
Higher cost than I-beams ▲
Requires skilled installation for heavy-duty use
I-BeamBuilding frameworks, bridgesFlange Thickness: 3–15mm (ASTM A36)
Steel Grade: Q235B (common standard)
Cost-effective ▲
Widely available for standard projects
Lower load capacity than H-beam ▲
Limited customization options
C-ChannelLight shelving, partitionsFlange Thickness: 2–8mm (lightweight)
Steel Grade: Q235B
Lightweight ▲
Easier to handle for non-industrial applications
Not suitable for heavy loads ▲
Narrower flanges reduce structural integrity
Angle IronBracing, brackets, fencingFlange Thickness: 2–10mm
Steel Grade: Q235B
Versatile for corner supports ▲
Cost-effective for small projects
Low load capacity ▲
Not recommended for high-stress applications
Structural TubingPiping, columns, polesWall Thickness: 2–10mm (ASTM A53)
Corrosion Resistance: Galvanized ▲
Resists torsion ▲
Galvanized coating (ASTM A153) ▲
Corrosion-resistant
Higher material usage ▲
Complex fabrication requirements
Flat BarFabrication, reinforcementThickness: 3–20mm
Steel Grade: Q235B
Cost-effective for small projects ▲
Easy to cut and weld
Low structural strength ▲
Not suitable for load-bearing roles

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