Our Custom Fabricated Tubing offers precision bent, welded, and shaped tubes tailored for your structural, industrial, and mechanical applications.
Our Custom Fabricated Tubing offers precision bent, welded, and shaped tubes tailored for your structural, industrial, and mechanical applications.
This includes:
·Carbon steel (ASTM A513 1020, ASTM A519 4140, EN 10305-2 E235)
·Stainless steel (AISI 304, AISI 316)
·Custom dimensions: OD, ID, wall thickness, and length
·Custom shapes: Round, square, rectangular, and complex profiles
·Welding and finishing: MIG/TIG, polished, coated, or galvanized
·Ideal for hydraulic systems, industrial machinery, automotive structures, construction frameworks, and other applications where standard tubing cannot meet design requirements.
Typical Materials & Grades
|
Steel Grade |
Features |
Example Sizes / Applications |
|
ASTM A513 1020 |
Carbon steel, yield ~350 N/mm², tensile ~420 N/mm² |
Ø50.8 × 2 mm, round, automotive & structural |
|
ASTM A519 4140 |
High-strength alloy, yield ~655 N/mm², tensile ~862 N/mm² |
Ø76.2 × 3 mm, heavy-duty machinery |
|
EN 10305-2 E235 |
Precision carbon steel, lightweight applications |
50 × 50 × 2 mm, square |
|
AISI 304 (EN 1.4301) |
Stainless steel, corrosion-resistant |
Ø50.8 × 2 mm, round, construction & industrial |
|
AISI 316 (EN 1.4401) |
Enhanced corrosion resistance for marine/chemical |
60 × 40 × 2 mm, rectangular |
These grades support applications in automotive, construction, industrial, and marine environments, following ASTM and EN standards.
Why Choose Our Custom Fabricated Tubing?
·Flexible Design: Bent and welded to precise round, square, or rectangular shapes
·High Strength: Carbon and alloy steel options for heavy-duty applications
·Corrosion Resistance: Stainless steel options for harsh environments
·Precision Tolerances: e.g., Ø50.8 mm OD ±0.1 mm, 2 mm WT ±10%
·Versatile Sizes & Shapes: Round, square, and rectangular profiles
·Cost-Effective Customization: High-quality fabrication at competitive costs
Common Sizes and Shapes
|
Profile |
Typical Sizes |
Notes |
|
Round |
Ø12.7–101.6 mm |
e.g., Ø50.8 × 2 mm for automotive frames |
|
Square |
20 × 20 mm to 100 × 100 mm |
e.g., 50 × 50 × 2 mm for structural supports |
|
Rectangular |
40 × 60 mm to 100 × 60 mm |
e.g., 60 × 40 × 2 mm for machinery frames |
|
Wall Thickness |
1–5 mm |
Dependent on OD/ID and load requirements |
|
Length |
Up to 12 m |
Custom-cut per customer specification |
Manufacturing Process
1. Tube Selection: Cold-drawn or hot-rolled, based on steel grade
2. Forming: Shaping into round, square, rectangular, or custom profiles
3. Bending: CNC precision bending for exact angles and radii
4. Welding: MIG, TIG, or ERW welding for strong, seamless joints
5. Surface Finishing: Polished (Ra ≤0.8 µm for stainless, Ra ≤1.6 µm for carbon steel) or coated (oiled, galvanized)
6. Quality Testing: Dimensional checks, weld integrity, and non-destructive testing
Material Specifications
ASTM A513 1020 (Max %)
·C: 0.18–0.23 | Mn: 0.30–0.60 | P: 0.04 | S: 0.05
·Mechanical: Yield ~350 N/mm², Tensile ~420 N/mm², Elongation 15%
AISI 304 (Max %)
·C: 0.08 | Mn: 2.0 | P: 0.045 | S: 0.03 | Cr: 18–20 | Ni: 8–10.5
·Mechanical: Yield ~205 N/mm², Tensile 515–690 N/mm², Elongation 40%
Tolerances (per ASTM A513)
·OD (Round): ±0.1 mm (Ø12.7–76.2 mm), ±0.15 mm (>76.2–101.6 mm)
·Dimensions (Square/Rectangular): ±0.15 mm
·WT: ±10%
·Length: ±5 mm
Delivery Conditions
·Cold-Drawn, Annealed, or Normalized
·Surface Conditions: Polished, oiled, or galvanized
Applications
·Automotive: Bent exhaust systems, roll cages, chassis components
·Construction: Structural supports, railings, frameworks
·Industrial: Machinery frames, conveyor systems, custom fittings
·Marine / Chemical: Corrosion-resistant piping and fittings
·Lightweight / Precision Components: Components with minimal secondary use
Pricing & Availability
·Estimated: $2–$6 per kg (depends on volume, region, bending complexity)
·Contact for custom quotes at [insert contact details]
Quality Assurance
·Complies with ASTM A513, A519, EN 10305-2 standards
·Certified DIN EN 10204 3.1 for chemical composition, mechanical properties, and dimensional accuracy
·Non-destructive testing, weld inspection, and tensile testing included
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