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Aerospace Engine Housing with Precision Spinning and Welding
Manufactured to Aviation Grade Standards, this Engine Housing Component features complex precision welding for high-performance applications. Utilizing aerospace alloys and advanced welding techniques, we ensure perfect mechanical matching between the rectifier cone and housing, capable withstanding high temperatures and fatigue.
Table of Contents
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- 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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Core Manufacturing Process
Precision welding for complex assemblies (Rectifier Cone, Support Plate, Housing). Uses Vacuum Electron Beam Welding (EBW) or Precision TIG Welding combined with deformation control technology for a robust three-in-one structure.
- Electron beam welding / TIG
- HB5800-2021 Standard (Aerospace Industry Standard)
- Coaxiality ±0.1mm
Precision Control
Strictly follows HB5800-2021 Aviation Standard. Uses "Datum Surface B" as the sole reference, controlling critical dimension measurement errors within ±0.1mm.
Surface Treatment
Full weld cleaning with pickling and passivation. Surface is free of spatter and undercut, complying with HB5936-2011 marking standards. Internal cavity is guaranteed chip-free.
Material Adaptability
Specialized in Aviation-grade materials (7075, 2A12, or Superalloys). Ensures perfect mechanical property matching between the cone and housing, offering high-temperature resistance and fatigue strength.