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  • Q235/Q235B Equal Angle Bar Steel for Construction ASME Standard With Bending Cutting Punching Welding Services
  • Q235/Q235B Equal Angle Bar Steel for Construction ASME Standard With Bending Cutting Punching Welding Services
  • Q235/Q235B Equal Angle Bar Steel for Construction ASME Standard With Bending Cutting Punching Welding Services
  • Q235/Q235B Equal Angle Bar Steel for Construction ASME Standard With Bending Cutting Punching Welding Services
  • Q235/Q235B Equal Angle Bar Steel for Construction ASME Standard With Bending Cutting Punching Welding Services
  • Q235/Q235B Equal Angle Bar Steel for Construction ASME Standard With Bending Cutting Punching Welding Services
Q235/Q235B Equal Angle Bar Steel for Construction ASME Standard With Bending Cutting Punching Welding Services
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Q235/Q235B Equal Angle Bar Steel for Construction ASME Standard With Bending Cutting Punching Welding Services

  • 1 - 24 Tons
    $700
  • >= 25 Tons
    $600

Customization:

Customized logo（Min.Order: 2 pieces）
Customized packaging（Min.Order: 2 pieces）
Graphic customization（Min.Order: 2 pieces）
View product details

Q235/Q235B Equal Angle Bar Steel for Construction ASME Standard With Bending Cutting Punching Welding Services

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Structural Support: Q235/Q235B Equal Angle Bar Steel provides robust load-bearing capabilities for construction frameworks, machinery components, and infrastructure projects. Its equal-angled design ensures balanced strength and stability.
  • Multi-Process Adaptability: Offers integrated processing services including bending, cutting, punching, decoiling, and welding, enabling seamless integration into diverse manufacturing workflows.

Key features

  • 1. High-Grade Material for Structural Durability

    • With Q235B high-strength steel (part of the Q195-Q420 series), you can achieve exceptional load-bearing capacity and durability in construction and industrial applications, outperforming lower-grade steels*.

  • 2. Precision Engineering for Reliable Performance

    • With tight ±5% tolerance and ASME/AISI compliance, you can ensure precise fits and seamless integration into machinery and frameworks, minimizing assembly errors compared to loosely toleranced alternatives*.

  • 3. Versatile Industrial Applications

    • Designed for structural support, you can use these angle bars in construction frameworks, machinery components, and heavy-load applications, offering adaptability unmatched by generic steel profiles*.

  • 4. ASME Certification for Regulatory Compliance

    • With ASME certification, you can meet strict safety and quality standards for critical applications like pressure vessels and structural frameworks, ensuring compliance in regulated industries*.

  • 5. Comprehensive In-House Processing Services

    • With integrated services (bending, cutting, welding, decoiling, and punching), you can streamline manufacturing workflows and reduce outsourcing costs by up to 30% compared to separate service providers*.

Product details

Q235/Q235B Equal Angle Bar Steel for Construction ASME Standard With Bending Cutting Punching Welding Services

The Q235/Q235B Equal Angle Bar Steel is a versatile structural component designed for construction and industrial applications. Crafted from non-alloy steel in the Q195-Q420 series, it offers robust mechanical properties and compatibility with ASME standards. Backed by comprehensive processing services (bending, cutting, punching, welding), this steel bar ensures precision and adaptability for diverse projects.

Technical specifications

FeatureSpecificationBenefit
MaterialQ235/Q235B non-alloy steelHigh strength-to-weight ratio for load-bearing applications
Grade RangeQ195 to Q420 seriesCustomizable strength (235–420 MPa yield strength)
Processing ServicesBending, cutting, punching, decoiling, weldingStreamlined integration into complex frameworks
Standard ComplianceASME, AISIEnsures global quality and safety certification
Tolerance5% thickness tolerance, ±5mm lengthPrecision engineering for tight-fit assemblies
TypeEqual angle (uniform leg lengths)Symmetrical design for balanced structural support

Customization guide

Adjust dimensions (length, angle, thickness) or tolerances (±0.5mm optional) to meet specific project requirements. Surface finishes (galvanized, painted) and certifications (ISO, ASTM) can also be tailored for specialized applications.

Get inspired

From building frameworks to machinery components, the Q235 Equal Angle Bar’s structural integrity and adaptability make it ideal for applications requiring durability and precision. Its equal-leg design simplifies fabrication for brackets, supports, and load-bearing joints.

Choose your model

ParameterBase Model (Q235B)Advanced Model (Q345B)Pro Model (Q420B)
Yield Strength235 MPa+40% (345 MPa)+78% (420 MPa)
Tolerance Precision±5mm±2mm±0.5mm*
Service OptionsCutting, bending+Welding, decoiling+Full CNC machining

Supplier's note

  1. Technical Breakthroughs:

    • Grade Flexibility: The Q195-Q420 series enables selection of yield strength (235–420 MPa) to match load requirements.
    • Precision Tolerances: The Pro model’s ±0.5mm tolerance exceeds industry standards, ensuring seamless integration in high-precision assemblies.
    • End-to-End Services: In-house bending/welding reduces outsourcing costs and delivery times.

  2. Version Selection Guide:

    • Base Model: Ideal for general construction (e.g., light frameworks) where cost efficiency is prioritized.
    • Advanced Model: Suitable for heavy machinery or industrial equipment needing enhanced durability and welding compatibility.
    • Pro Model: Best for high-stress applications (e.g., bridges, offshore structures) requiring extreme strength and micron-level precision.

*Pro Model tolerance meets ISO 9001:2015 precision benchmarks.

Frequently asked questions

  • Which Q235 equal angle bar grade suits light vs heavy construction projects?

  • How to prevent rust on non-alloy steel angle bars during outdoor storage?

  • Non-alloy vs alloy steel angle bars: Which is better for cost-sensitive construction?

  • Can Q235B angle bars be customized to specific dimensions for machinery parts?

  • Are Q235 steel angle bars ASME/AISI certified for industrial use?

  • What processing services are available for Q235 equal angle bars beyond cutting?

  • What are common applications of equal angle steel bars in construction?

  • How precise are Q235 angle bars' dimensions with ±5% tolerance?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Steel Angle BarsConstruction frameworks, machineryNon-alloy steel (ASTM A6/A6M), Yield strength Q195-Q420 (GB/T 700), ±5% tolerance (ASME B16.5), fabrication services (ISO 9001)Cost-effective (▲ vs stainless steel), customizable fabrication, ASME complianceProne to corrosion without coating, heavier than aluminum (▲▲ lighter options available)
Aluminum Angle BarsAutomotive, aerospace, lightweight appsAluminum alloy (e.g., 6061-T6, 5052), Yield strength 240-276 MPa (ASTM B221), density 2.7 g/cm³Lightweight (▲▲ vs steel), corrosion-resistant (▲ vs galvanized steel), high strength-to-weight ratioHigher cost than steel, less durable in high-stress scenarios (▲▲ steel for heavy loads)
Stainless Steel BarsChemical plants, marine environmentsAustenitic stainless (e.g., 304/316), corrosion resistance (ASTM A240), yield strength 505-520 MPa (304)Excellent corrosion resistance (▲▲ industry standard), high strength (▲▲ vs aluminum)Expensive (▲▲ cost barrier), harder to weld, heavier (▲▲ weight vs aluminum/composites)
Galvanized SteelOutdoor structures, agricultureZinc coating (ASTM A123), corrosion resistance up to 20 years (ISO 1461), ±5% toleranceEnhanced corrosion protection (▲ vs plain steel), cost-effective (▲▲ vs stainless)Coating wears off over time, heavier than aluminum (▲▲ weight penalty)
Structural Steel BeamsHigh-rise buildings, bridgesI-beam/H-beam profiles (AISC), load capacity up to 500 MPa (ASTM A992), thick sectionsExceptional load-bearing (▲▲ industry standard), standardized for large projectsBulky (▲▲ space constraints), limited customization, high cost for large sections
Composite ProfilesAerospace, specialized machineryFiberglass/carbon fiber (ASTM D790), customizable profiles, strength-to-weight ratio 1:10Lightweight (▲▲ industry leader), durable in extreme conditions (▲▲ corrosion/heat)High cost (▲▲ prohibitive), limited availability, requires specialized handling

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