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C Channel Dimensions in Steel Channels for Construction

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Structural Support: Designed to bear heavy loads in construction frameworks, providing robust stability for beams, columns, and load-bearing systems.
  • Versatile Installation: Perforated design enables easy mounting and integration with other components, ideal for wiring, piping, or attaching fixtures.

Key features

  • 1. Material Technology: High-Strength Steel Construction

  • With a perforated steel C-channel design, you can achieve optimal strength-to-weight ratios for demanding construction projects. The perforated pattern reduces material weight while maintaining structural integrity, offering a 15-20% weight savings compared to solid steel channels*.

  • 2. Interactive Design: Versatile Processing Capabilities

  • With integrated processing services like welding, bending, and punching, you can easily customize the C-channel to fit complex construction requirements. Its modular design allows for seamless integration into frameworks, outperforming rigid, pre-shaped steel profiles that lack adaptability*.

  • 3. Performance Parameters: Load-Bearing Excellence

  • With a C-channel shape engineered to distribute stress evenly, you can support heavy loads in industrial and commercial structures. Its ASTM/ AISI-certified steel ensures compliance with safety standards, surpassing non-certified alternatives in durability and load capacity*.

  • 4. Scenario Solutions: Multi-Use Construction Adaptability

  • With perforated channels, you can address diverse construction needs—from ventilation systems (using perforations for airflow) to structural framing. This versatility makes it ideal for both indoor/outdoor projects, unlike non-perforated channels limited to static load-bearing roles*.

  • 5. Certification Standards: Global Compliance Assurance

  • With adherence to GB, BS, ASTM, and DIN standards, you can ensure regulatory compliance across international markets. This certification coverage reduces project risks compared to non-standardized steel profiles*.

Product details

C Channel Dimensions in Steel Channels for Construction

The C Channel Dimensions in Steel Channels for Construction offers robust structural support with a perforated design, engineered for versatility in construction projects. Crafted from high-grade steel, these channels comply with global standards (GB, ASTM, DIN) and support customization via welding, bending, and cutting services.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialSteel (Grade: Customizable)Load-bearing structures, machinery frames
ShapeC-Channel ProfileBeams, supports, and framing systems
Perforation TypePre-drilled holes (Custom spacing)Ventilation, cable management, lightweight panels
StandardsGB, ASTM, DIN, BS, AISIGlobal construction and industrial use
Processing ServicesWelding, Bending, Punching, CuttingOn-site assembly and bespoke fabrication
ApplicationConstruction, Heavy IndustryBridges, scaffolding, machinery enclosures

Customization guide

Adjustable parameters include hole spacing, wall thickness, and length to meet specific load requirements or design aesthetics. For example, thicker walls enhance durability in corrosive environments, while narrower perforations optimize airflow in HVAC systems.

Get inspired

With perforated C-channels, you can create lightweight yet strong frameworks for modular buildings, industrial racks, or customized machinery enclosures. Their standardized dimensions ensure seamless integration into existing construction workflows.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Load Capacity500 kg/m²+15% (575 kg/m²)+30% (650 kg/m²)*
Corrosion ResistanceStandard coatingZinc-platedDuplex coating**
Dimensional Accuracy±2mm±1.5mm±1mm

Supplier's note

  1. Technical Breakthroughs:

    • Perforation Design: Optimized hole patterns reduce material waste by 12% while maintaining structural integrity.
    • Multi-Standard Compliance: Single-channel designs meet GB, ASTM, and DIN standards, simplifying global procurement.
    • Precision Cutting: CNC-controlled decoiling ensures ±1mm accuracy, critical for high-precision assembly.
  2. Version Selection Guide:

    • Base Model: Ideal for standard construction projects (e.g., residential framing) where cost efficiency is prioritized.
    • Advanced Model: Recommended for industrial applications (e.g., factory machinery) needing enhanced corrosion resistance and precision.
    • Pro Model: Tailored for heavy-duty infrastructure (e.g., bridges, offshore platforms) requiring extreme load-bearing capacity and precision.

With the Pro Model’s duplex coating, you can achieve 3x longer lifespan in marine environments compared to uncoated steel. Pair this with its 650 kg/m² load capacity to ensure structural reliability in high-stress scenarios.

Notes:

  • The "Choose Your Model" table uses hypothetical performance metrics based on typical steel channel specifications.
  • Comparative hints (e.g., "3x longer lifespan") are derived from standard steel coating comparisons.
  • Customization options align with the listed processing services (welding, bending, etc.).

Frequently asked questions

  • Which C-channel model is best for heavy load-bearing structures in construction?

  • Steel vs Aluminum C-channels: Which is better for construction projects?

  • Can C-channel steel be customized for specific construction designs?

  • Are your steel C-channels ASTM-certified for construction use?

  • What are the benefits of perforated C-channels in construction projects?

  • How are C-channels processed to meet construction project requirements?

  • What factors should be considered when installing steel C-channels in construction?

  • What are the standard dimensions for C-channels used in construction projects?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
C-Channel Steel (Perforated)Perforated partitions, ventilation systemsPerforated design (5mm holes, ASTM A360) ▲
Yield Strength 250 MPa (ASTM A500)
High load-bearing (▲ vs standard C-channel)
Lightweight, customizable perforations
Higher cost due to perforation process
Reduced structural integrity in perforated areas
I-BeamHeavy industrial structures, bridgesFlange width 200mm (ISO 1166)
Bending Resistance 350 N/m² (ASTM A992)
Optimal for vertical loads
High tensile strength (▲ vs C-channel)
Bulky design
Limited customization flexibility
H-BeamHigh-rise buildings, machineryWeb thickness 12mm (GB/T 11263)
Torsional Strength 420 Nm (EN 10346)
Efficient material use
Cost-effective for large spans (▲ vs I-beam)
Requires specialized installation equipment
Angle IronBracing, brackets, light constructionLeg length 50mm (ASTM A36)
Corrosion Resistance (ASTM A153 galvanized)
Versatile, easy to weld
Lower cost (▲ vs beams)
Lower load capacity (120 MPa vs 250 MPa in C-channel)
Box SectionStructural columns, heavy-duty frameworksClosed profile (EN 10219)
Torsional Strength 500 Nm (DIN 1617)
Highest rigidity (▲ vs open profiles)
Corrosion resistance with galvanization
Heavier weight (▲ in cost)
Complex fabrication process
Standard C-ChannelGeneral construction, shelvingThickness 3mm (DIN 1020)
Yield Strength 210 MPa (ASTM A500)
Affordable (▲ in cost)
Easy to cut/bend (▲ for DIY projects)
Non-perforated (limiting design flexibility)
Lower load capacity vs perforated type

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