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  • C Perlin Standard Length of Perforated c Purlin Steel
  • C Perlin Standard Length of Perforated c Purlin Steel
  • C Perlin Standard Length of Perforated c Purlin Steel
  • C Perlin Standard Length of Perforated c Purlin Steel
  • C Perlin Standard Length of Perforated c Purlin Steel
  • C Perlin Standard Length of Perforated c Purlin Steel
C Perlin Standard Length of Perforated c Purlin Steel

C Perlin Standard Length of Perforated c Purlin Steel

  • 5 - 24 Tons
    $750
  • 25 - 49 Tons
    $710
  • 50 - 99 Tons
    $680
  • >= 100 Tons
    $650

Customization:

Customized logo(Min.Order: 24 pieces)
Customized packaging(Min.Order: 24 pieces)
Graphic customization(Min.Order: 24 pieces)

C Perlin Standard Length of Perforated c Purlin Steel

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Structural Support: Designed to provide robust load-bearing capabilities for construction and industrial applications, featuring a perforated C-channel profile with standardized holes for secure bolting and modular assembly.
  • Alloy Steel Durability: Constructed from high-grade alloy steels (Q345, A36, Q235), ensuring exceptional strength, corrosion resistance, and longevity in demanding environments.

Key features

  • 1. Corrosion-Resistant Alloy Steel Construction

  • Material Technology

  • 2. Precision Engineering for Versatile Applications

  • Performance Parameters

  • 3. Perforated Design for Custom Integration

  • Scenario Solutions

  • 4. Modular Customization Capabilities

  • Interactive Design

  • 5. AISI-Certified Quality Assurance

  • Certification Standards

Product details

C Perlin Standard Length of Perforated c Purlin Steel

The C Perlin Standard Length of Perforated C Purlin Steel is a versatile structural solution designed for construction applications. Crafted from high-strength alloy steel (Q235/Q345), it features a perforated C-channel design with standardized dimensions and precise tolerances (±1%), ensuring compatibility with modular systems. Its galvanized finish enhances corrosion resistance, while customizable processing services (cutting, punching, welding) enable tailored solutions for diverse projects.

Technical specifications

FeatureSpecificationBenefit
MaterialAlloy steel (Q235/Q345)Enhanced strength and durability
Perforation DesignPre-drilled holes (customizable)Flexible assembly and accessory integration
Length Range100–1200 cmAdapts to project-specific requirements
Tolerance±1%Precision engineering fit
Standard ComplianceAisi (American Iron and Steel Institute)Ensures global quality alignment
Alloy GradeQ345 (optional)30% higher load capacity vs. Q235

Customization guide

Adjustable parameters:

  • Hole spacing/pattern: Customize perforation density for specialized load distribution.
  • Length: Cut to exact measurements within 100–1200 cm.
  • Alloy grade: Select Q345 for heavy-duty applications or Q235 for standard use.

Get inspired

With perforated C purlins, you can build modular frameworks for warehouses, solar panel supports, or industrial shelving. Their galvanized steel ensures longevity in corrosive environments, while the C-channel shape provides optimal structural stability.

Choose your model

ParameterBase Model (Q235)Advanced Model (Q345)Pro Model (Q345+Galvanized)
Material GradeQ235Q345 (+30% strength)Q345 (+30% strength)
Perforation DensityStandard+20% holes/cmOptimized for heavy loads
Load CapacityIndustry baseline+15%+30%*
Corrosion ResistanceBase zinc coatingEnhanced galvanizationDouble industry standard

Supplier's note

  1. Technical Breakthroughs:

    • Q345 Alloy Grade: 30% stronger than Q235, enabling heavier loads.
    • Precision Tolerance (±1%): Ensures seamless integration with modular systems.
    • Aisi Compliance: Meets global construction standards for safety and quality.
  2. Version Selection Guide:

    • Base Model: Ideal for standard construction projects requiring cost-effective solutions.
    • Advanced Model: Suited for heavy-duty applications like industrial frameworks, leveraging its +15% load capacity.
    • Pro Model: Designed for corrosive or extreme environments (e.g., coastal regions), with double the industry-standard corrosion resistance and 30% higher load capacity. With its galvanized finish and optimized perforation, the Pro Model ensures long-term durability in harsh conditions.

Frequently asked questions

  • Which C-channel purlin model (Q235/Q345) is best for heavy industrial structures?

  • How to clean and maintain galvanized C purlins to prevent corrosion?

  • Q235 vs Q345 steel: Which is better for corrosion-prone coastal construction?

  • Can perforated C purlins be customized to specific lengths beyond 1200cm?

  • Is the perforated C purlin compliant with Aisi standards for structural integrity?

  • How does the perforated design benefit roofing or industrial shelving applications?

  • What customization services are available for C-channel purlins?

  • Why choose alloy steel C purlins for high-humidity construction sites?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material GradeIndustrial construction, heavy machineryIndustry Standard: A36 (250 MPa yield strength, ASTM A36)
Our Base: Q235 (235 MPa, GB/T 700)
Our Advanced: Q345 (345 MPa, GB/T 1591)
▲ Advanced: 345 MPa (50% stronger than Base) for extreme loads
Industry Standard: Widely accepted in global markets
Base: Lower cost but limited to lighter applications
Advanced: Higher cost due to premium alloy composition
Tolerance PrecisionPrecision engineering, modular systemsIndustry Standard: ±2% (ISO 9001)
Our Base: ±1.5% (custom tolerance)
Our Advanced: ±1% (ISO 13373-1)
▲ Advanced: 1% tolerance ensures seamless assembly in complex structuresBase: Slightly higher cost vs. Industry Standard
Industry Standard: May require post-processing adjustments
Perforation DesignVentilation systems, lightweight framingIndustry Standard: Random perforation (no standard)
Our Base: 10mm spaced holes (custom pattern)
Our Advanced: Optimized 8mm staggered holes (ASTM A528)
▲ Advanced: 20% better airflow + 15% weight reduction vs. BaseBase: Less airflow efficiency
Industry Standard: Risk of structural weakness due to irregular patterns
Processing FlexibilityCustom fabrication, on-site adjustmentsIndustry Standard: Limited to cutting/bending
Our Base: +Punching (ISO 3219)
Our Advanced: Welding + Coiling (AWS D1.1)
▲ Advanced: Full-service capability reduces outsourcing costsBase: Requires external services for advanced welding
Weight EfficiencyHigh-rise buildings, temporary structuresIndustry Standard: Solid channel (2.5kg/m)
Our Base: Perforated (1.8kg/m)
Our Advanced: Optimized gauge (1.5kg/m)
▲ Advanced: 40% lighter than Industry Standard while maintaining 85% load capacityBase: Moderate savings vs. Advanced
Compliance StandardsExport projects, regulated industriesIndustry Standard: Local codes only
Our Base: AISI + GB/T 12716
Our Advanced: AISI + EN 10246-1 + JIS G 3355
▲ Advanced: Global certification compatibility for international projectsBase: Limited to Asia-Pacific markets

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