Durable and Precision-Engineered Aerospace Components
Our Aerospace Components are crafted with precision and durability, providing superior performance, lightweight properties, and reliability for aerospace systems and applications.
High-quality Aerospace Components designed for durability, lightweight properties, and optimal performance in demanding aerospace applications.
At Conex Aluminium Components, we manufacture premium Aerospace Components tailored to meet stringent aerospace industry standards. Utilizing advanced manufacturing processes, these components ensure exceptional strength, precision, and reliability. Made from high-grade aluminium and other aerospace-approved materials, they offer excellent thermal efficiency, corrosion resistance, and lightweight properties. These attributes make them ideal for modern aerospace designs, such as aircraft structures, engine components, and control systems. Conex also provides customized solutions to meet specific project needs, delivering reliable and efficient performance for various aerospace applications.
Aerospace Components are used aerospace and aviation assemblies where low weight, traceability and drawing-controlled features are essential. controlled aluminium casting and precision secondary machining is selected when the drawing, volume and performance requirements suit documented material control, dimensional verification and application-specific acceptance criteria.
Aluminium offers a favourable strength-to-weight ratio, corrosion resistance, thermal conductivity and machinability. The best alloy and heat-treatment condition depend on structural load, temperature, pressure tightness, conductivity, finishing and regulatory requirements.
Alloy selection depends on the controlled aluminium casting and precision secondary machining route, mechanical properties, corrosion exposure, heat treatment, machinability and finish. Conex reviews the drawing and service conditions before confirming a grade; material certificates and traceability can be specified when required.
Yes. Conex manufactures aerospace components to customer drawings and application requirements. Dimensions, interfaces, material, finish, identification, inspection and packaging can be tailored after an engineering review, subject to process capability and order quantity.
A typical route includes pattern or die review, melt preparation, controlled mould filling, solidification, trimming, cleaning and inspection. Machining, heat treatment, impregnation, surface finishing or assembly can be added when required by the drawing and end use.
Minimum wall thickness, draft, ribs, bosses and fillets depend on part size, alloy, tooling and the chosen casting process. Early design-for-manufacture review helps avoid isolated heavy sections, sharp transitions and difficult feed paths that can increase distortion or porosity risk.
Cast tolerance depends on process, geometry, tool condition, parting line and section thickness. Machining is normally used for sealing faces, bearing locations, precision bores, threads and tight assembly datums. Conex confirms an inspection plan after reviewing the controlled drawing.
Control begins with suitable component design, clean metal, correct melt treatment, temperature control, gating and venting, stable filling and solidification. Inspection may include visual, dimensional, leak, pressure, dye-penetrant, radiographic or other tests when the application justifies them and acceptance criteria are agreed.
Yes. Secondary operations can include CNC milling, turning, drilling, tapping, reaming, deburring, shot blasting, polishing, painting, powder coating, anodising where alloy permits and conversion coating. Machining stock, datum strategy, masking and cosmetic criteria should be defined on the drawing.
Pressure tightness is application-specific and cannot be assumed from the process name. Wall design, alloy, porosity control, machining and sealing interfaces must be reviewed together, with pressure or leak test limits agreed before production.
Quality controls can include incoming material checks, melt and process records, first-piece approval, dimensional inspection, visual standards and defined mechanical or nondestructive tests. Required certificates, sampling plans and traceability should be stated on the purchase order.
For an accurate quotation, provide a controlled drawing or 3D model, material or alloy requirement, critical dimensions and tolerances, finish, order quantity, annual demand, application and any inspection or documentation needs. Conex reviews manufacturability before confirming tooling, process route, lead time and commercial terms.
Aerospace components commonly use 2024-T3/T351, 7075-T6/T7351, 7050-T7451 and 6061-T6 wrought alloys, and A356/A357-T6 castings. Alloy selection is governed by the customer's drawing and material specification (AMS, ASTM or EN).
Typical treatments include chromic or sulphuric acid anodizing (MIL-A-8625), chemical conversion coating (MIL-DTL-5541), primer and paint to customer specification. Treatment choice depends on the part's function and the OEM's process specifications.
Yes. Each part lot can be traced to its mill certificate, heat number, process records and inspection reports, and first-article inspection can be provided to AS9102 format on request.
Need Aerospace Components? Get a Fast, Detailed Quotation
Send your drawing (STEP, IGES, DWG, DXF or PDF) with material grade, finish and quantity. Our engineers reply with a DFM review, price and lead time. MOQ 10 pcs • ISO 9001:2015 • Exports to USA, UK, Europe, Canada & Australia.
