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Fsp III Fsp IV Sy295 Sy390 Hot Rolled Building Structure Steel Profiles Z Type 9m 12m Sheet Pile Model Number Type III Type II

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Structural Support & Building Construction: Designed as hot-rolled Z-type and sheet pile steel profiles (Sy295/Sy390 grades) for load-bearing applications in construction. The U-shaped design ensures stability and adaptability for earth retention, roofing, and framing.
  • Versatile Configuration: Available in 9m/12m lengths with precision tolerance (±1%), enabling seamless integration into diverse structural systems through decoiling, cutting, welding, bending, and punching services.

Key features

  • 1. Material Technology

  • With high-strength non-alloy steel and hot-rolled technology, ensure durability in corrosive environments*

  • 2. Interactive Design

  • With a U-shaped profile design, streamline installation processes compared to flat profiles*

  • 3. Performance Parameters

  • With precision 1% tolerance, achieve seamless integration in high-accuracy construction projects*

  • 4. Scenario Solutions

  • With adaptability to both residential roofing and commercial structural frameworks, expand project application versatility*

  • 5. Certification Standards

  • With API and ASTM certification, ensure compliance with global engineering standards for enhanced project reliability*

Product details

Fsp III Fsp IV Sy295 Sy390 Hot Rolled Building Structure Steel Profiles Z Type 9m 12m Sheet Pile Model Number Type III Type II

The Fsp III/Fsp IV Sy295/Sy390 Hot Rolled Building Structure Steel Profiles (Z Type) are non-alloy steel profiles designed for structural applications. Available in 9m and 12m lengths, these Z-shaped sheet piles offer versatility in construction and industrial projects. Manufactured to ASTM standards and certified by API, they combine durability with precision engineering.

Technical specifications

FeatureSpecificationBenefit
MaterialNon-alloy steelCost-effective, corrosion-resistant base
CertificationAPI, ASTMEnsures compliance with global standards
ManufacturingHot rolled, cold rolled, weldedEnhanced strength and formability
Tolerance±1%Precision fit for structural assemblies
Processing ServicesDecoiling, cutting, welding, bending, punchingCustomizable to meet project-specific needs
ApplicationsRoofing, framing, structural supportsVersatile for residential/commercial use

Customization guide

Adjustable parameters include length (cut to 9m/12m or custom sizes), shape (bending to specific angles), and surface treatment (painting/coating for corrosion resistance). Ideal for tailoring to architectural designs, load-bearing requirements, or environmental conditions.

Get inspired

From reinforcing bridge foundations to constructing industrial warehouses, these Z-type steel profiles provide a robust foundation. Their modular design allows easy assembly, while their precision tolerance ensures seamless integration into complex structures.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Material GradeSy295Sy390Sy390 + galvanized
Corrosion ResistanceStandardEnhancedTriple industry norm*
Tensile Strength295 MPa390 MPa390 MPa + 20%
Processing SpeedStandard15% faster30% faster*

Supplier's note

  1. Technical Breakthroughs:

    • ASTM/API Compliance: Ensures global project compatibility.
    • ±1% Tolerance: Reduces fitting errors in precision assemblies.
    • Sy390 Grade (Pro Model): Delivers 32% higher tensile strength than Sy295.
  2. Optimal Version Selection:

    • Base Model: Ideal for standard residential/commercial projects requiring cost-effective solutions.
    • Advanced Model: Suitable for industrial applications needing enhanced load-bearing capacity (e.g., warehouses).
    • Pro Model: Best for harsh environments (e.g., coastal regions) where corrosion resistance and extreme strength are critical. With its galvanized coating, the Pro version ensures longevity even in saltwater exposure. Pair its high tensile strength with cold-rolled precision to create durable marine infrastructure.

*Comparative advantage over industry benchmarks.

Frequently asked questions

  • Which Z-type steel profile model (Type II/III) is best suited for heavy-duty construction projects?

  • What are the key differences between non-alloy and alloy steel profiles for building structures?

  • Can Z-type sheet piles be customized for specific project requirements?

  • Are these steel profiles API-certified and ASTM-standard compliant?

  • What are the typical applications for 9m and 12m Z-type sheet piles?

  • How do hot-rolled vs. cold-rolled techniques affect steel profile performance?

  • How does the 1% tolerance ensure precise installation of Z-type profiles?

  • Are Fsp III/Sy390 steel profiles suitable for corrosive marine environments?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionCost-sensitive construction projectsNon-alloy steel (ASTM A36 compliance)Cost-effective, widely available for general building frameworks.Lower strength compared to alloy steel (not ideal for high-stress environments).
High-stress industrial structuresHigh-strength non-alloy steel (ASTM A572 Grade 50) ▲25% stronger than ASTM A36 (tooltip: "(meets 50 ksi yield strength)").Higher cost due to enhanced material grade.
Certification StandardsOffshore/pipeline applicationsAPI 5L compliance ▲Ensures compatibility with oil/gas infrastructure (tooltip: "(resists H₂S corrosion)").Limited to specific industries (not required for residential use).
Global export projectsAPI 5L + ISO 3457 dual certification ▲Meets international standards for corrosion and fatigue resistance.Requires additional testing for non-certified markets.
Structural DesignSheet pile retaining wallsZ-shaped profile (EN 10248 compliance)Interlocking design ▲ improves soil retention (tooltip: "(reduces 40% water infiltration)").Requires specialized installation equipment.
Lightweight roofing systemsFlanged C-channel profile ▲20% lighter than I-beams (tooltip: "(reduces load on foundations)").Less torsional strength compared to box sections.
Manufacturing ProcessMass-produced beamsHot-rolled finish ▲Faster production (tooltip: "(achieves 10m/min rolling speed)").Rough surface may require post-processing.
Precision machinery componentsHot-rolled + cold-rolled hybrid ▲0.5mm surface finish ▲ (tooltip: "(ideal for welding without grinding)").30% slower production rate.
Tolerance LevelsStandard building frames±1% dimensional tolerance ▲Meets most construction codes (tooltip: "(ISO 3801 verified)").Not suitable for high-precision assemblies.
Automotive molds±0.5% tolerance ▲Ensures part alignment in manufacturing (tooltip: "(reduces 15% scrap rate)").Requires advanced CNC machining for tighter control.
Customization OptionsPrefabricated housing unitsCutting + welding ▲Enables rapid assembly of standardized modules.Limited to straight cuts (no complex contours).
Custom industrial racksDecoiling + bending + punching ▲Creates bespoke shapes (tooltip: "(curves up to 120° radius)").Higher labor costs for tailored solutions.

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