Lightweight Aluminum Plate Forming

Table of Contents

• Aluminum Metal Spinning for Aerospace UAV Housings
• Aluminum Metal Spinning for UHV GIS Enclosures
• Lightweight Aluminum Plate Forming
• Aerospace Engine Housing with Precision Spinning and Welding
• Carbon Steel Metal Spinning for Heavy-Duty Stepped Cones
• SUS310S High-Temperature Spinning Part
• High-Strength Aluminum Plate Forming
• Large Capacity Metal Spinning for Chemical and Food Containers
• Heavy-Duty Rear Hub Disk
• Food-Grade Stainless Steel Hopper
• Copper Metal Forming for High-Voltage Electrical Components

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• 👉 Industry Applications
• 👉 Materials
• 👉 Case Studies

Core Manufacturing Process

Uses 6061-T6 or 5052-H32 high-strength aluminum plates (1/3 the density of stainless steel). Employs multi-stage progressive forming and die-limiting blank holding to control springback and wrinkling. Achieves seamless integrated forming through optimized structural design.

• Materials: Aluminum Alloys 6061-T6 / 5052-H32
• Forming Process: Multi-pass Progressive Spinning
• Structural Design: Seamless Monolithic Construction
• Surface Treatment: Anodizing Finish

Precision Control

Adheres to GB/T 1804-m (general tolerances). Critical surfaces undergo 100% gauge inspection (±0.1mm). Geometric tolerances (flatness, perpendicularity) are ensured via CNC milling combined with aging treatment to prevent long-term deformation.

Surface Treatment

Strict "Deburring and Edge Radiusing" via vibratory tumbling and manual finishing. Surface undergoes Anodizing (Natural or Black) to enhance surface hardness and corrosion resistance.

Material Adaptability

Expert handling of aluminum physical properties. Full-process control from blanking to forming and machining ensures minimal deformation and stable product performance.

Solution

Reduces weight to one-third of stainless steel while maintaining structural strength.