Aluminum Sheet Metal Fabrication

Precision Aluminum Fabrication for
Lightweight Engineering

Drawing-controlled processes, precision laser cutting, and anodizing options for 5052 / 6061 / 7075 aluminum parts, subject to drawing and process review.

  • Prototype Schedule Confirmed by RFQ
  • Initial Response Target: 24 Working Hours
  • Global Shipping FOB / DDP / Ex-Works

RFQs Reviewed for Aerospace, Automotive & Electronics Applications Worldwide

RFQ
Tolerance Feasibility
FAI
By RFQ
RFQ
Production Schedule
RFQ
Traceability Scope

Material Overview

Aluminum alloys combine an outstanding strength-to-weight ratio with superior thermal/electrical conductivity and natural corrosion resistance. RFQs for 5xxx, 6xxx and 7xxx series require project-specific review of alloy, temper, stock form, process route and quantity.

Physical Properties

Thermal Conductivity
167 W/m·K
Electrical Conductivity
37.7% IACS
Specific Heat
897 J/kg·K
Young's Modulus
70 GPa
Poisson Ratio
0.33
Thermal Expansion
23.6 µm/m·K

Aluminum Alloy Grade Specifications

Mechanical and chemical properties of available grades. All values measured at room temperature (20°C) per international standards.

Grade Standard Composition Tensile MPa Yield MPa Elong. % Hardness Key Characteristics
5052-H32 ASTM B209 Al-Mg 2.5% 230 195 12 HB 60 Marine grade, excellent corrosion resistance
6061-T6 ASTM B209 Al-Mg-Si 310 276 12 HB 95 Most versatile, weldable, structural
6063-T5 ASTM B221 Al-Mg-Si 186 145 12 HB 73 Architectural extrusions, smooth finish
7075-T6 ASTM B209 Al-Zn-Mg-Cu 572 503 11 HB 150 Aerospace-grade, highest strength
3003-H14 ASTM B209 Al-Mn 1.2% 150 145 8 HB 40 Deep drawing, food contact safe
1100-H14 ASTM B209 Al ≥99.0% 110 100 9 HB 32 Pure aluminum, chemical industry

Tensile Strength by Grade

Visual comparison of ultimate tensile strength (MPa) across available grades.

5052-H32
230 MPa
6061-T6
310 MPa
6063-T5
186 MPa
7075-T6
572 MPa
3003-H14
150 MPa
1100-H14
110 MPa

What We Can Do With This Material

Laser Cutting
RFQ-defined range
Alloy, thickness and edge requirements determine the cutting route
Press Brake Bending
Part-defined envelope
Equipment route confirmed by RFQ
TIG/MIG Welding
Procedure by RFQ
Alloy, joint and qualification scope are specification-defined
CNC Machining
Route by RFQ
Machine route and tolerance feasibility are confirmed after drawing review

Available Surface Treatments

  • Clear Anodizing
  • Color Anodizing
  • Hardcoat Anodizing
  • Powder Coating
  • Sandblasting
  • Brushing

Common Applications

  • Aerospace
  • Automotive
  • Electronics
  • Telecom Enclosures
  • Lighting
  • Industrial Automation

Start Your Aluminum Fabrication Project

Submit your CAD drawings for RFQ review. The initial response target is within 24 working hours; DFM and quotation timing depend on file completeness and engineering scope. Anodizing, laser cutting and material-traceability requirements are reviewed from the drawing and RFQ.

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