Key Feature

The Versatile Structural and Fabrication Material. Rectangular cross-section provides optimal balance of strength, surface area, and material efficiency for medium-stress applications.

The fundamental building block for frames, supports, brackets, and structural components across industries.

Available Grades

Austenitic: 304/304L, 316/316L, 321, 347
Ferritic: 430, 409, 439, 444
Martensitic: 410, 420, 440C
Duplex: 2205, 2507
Precipitation Hardening: 17-4PH

Full range of stainless steel grades available to match application requirements.

Standard Dimensions

Thickness: 3mm - 100mm
Width: 10mm - 300mm
Length: Standard 6m, custom lengths up to 12m
Common Sizes: 25x3mm, 40x4mm, 50x5mm, 75x6mm, 100x10mm

Comprehensive size range covering most industrial needs.

Dimensional Tolerances

Thickness: ±0.1mm to ±0.5mm (depending on size)
Width: ±0.5mm to ±2.0mm
Straightness: 1-3mm per meter
Squareness: 90° ±0.5° to ±2°
Length: ±3mm to ±10mm

Precision manufacturing ensures consistent dimensions for fabrication.

Manufacturing Processes

Hot Rolling: At elevated temperatures, mill scale surface
Cold Drawing: Cold worked for precise dimensions, bright surface
Precision Grinding: Ground to exact tolerances, superior surface finish
Saw Cutting: From plate material, cost-effective for large sizes

Different processes for different quality and precision requirements.

Surface Finishes

No. 1: Hot rolled, annealed, pickled
No. 2D: Cold rolled, dull finish
No. 2B: Cold rolled, bright finish (most common)
No. 4: Brushed finish
BA: Bright annealed, mirror-like
Polished: Various polish grades (180-600 grit)
Bead Blasted: Matte appearance

Wide range of finishes for functional and aesthetic requirements.

Mechanical Properties

Varies by grade and temper condition
304 Annealed: Rm ≥515 MPa, Rp0.2 ≥205 MPa
304 1/2 Hard: Rm ≥1035 MPa, Rp0.2 ≥760 MPa
316 Annealed: Rm ≥515 MPa, Rp0.2 ≥205 MPa
430 Annealed: Rm ≥450 MPa, Rp0.2 ≥310 MPa

Properties can be tailored through cold working and heat treatment.

Edge Conditions

Square Edges: Standard 90° corners
Rounded Edges: Radius corners for safety
Beveled Edges: Angled for welding preparation
Full Rounded: All corners radiused
Deburred: Sharp edges removed

Edge conditions tailored to application safety and fabrication needs.

Corrosion Resistance

Varies by grade:
304/316: Excellent general corrosion resistance
430: Good for mild environments
Duplex: Superior chloride resistance
Precipitation Hardening: High strength with good corrosion resistance

Grade selection based on environmental exposure and requirements.

Fabrication Capabilities

Cutting: Sawing, shearing, plasma cutting, laser cutting
Bending: Cold bending, press braking, roll forming
Drilling/Tapping: Standard machining operations
Welding: All standard methods applicable
Forming: Good formability in annealed condition

Excellent fabricability for custom component manufacturing.

Key Standards

ASTM A276: Stainless Steel Bars (includes flats)
ASTM A479: Bars for Pressure Vessels
ASTM A484: General Requirements
EN 10088-3: Stainless Steel Bars
JIS G4303: Stainless Steel Bars
ASME SA479: Code Construction

Comprehensive standardization ensures quality and interchangeability.

Common Applications

• Structural Frames: Equipment frames, machinery bases, support structures
• Architectural: Handrails, guardrails, trim, decorative elements
• Food Processing: Equipment frames, conveyor supports, work surfaces
• Marine: Boat fittings, dock hardware, marine structures
• Chemical Processing: Tank supports, platform framing, equipment bases
• Transportation: Vehicle frames, trailer components, cargo securement
• Construction: Building supports, seismic bracing, architectural features

Versatile applications across virtually every industry sector.