Durable Aluminium Support Brackets for Structural Applications
Conex manufactures custom aluminium support brackets for machinery, enclosures, frames, architectural systems and equipment mounting. Each bracket is developed around the load path, fixing pattern, available space, corrosion exposure and assembly method.
Engineered for practical installation: formed, machined or welded features can be combined with holes, slots, ribs, gussets, studs and threaded inserts to simplify alignment and reduce assembly time.
Custom aluminium support bracket manufacturing
We produce L-brackets, Z-brackets, U-brackets, angle supports, gusseted mounts, equipment feet and application-specific support structures. Prototype and low-volume parts can be laser cut and CNC formed; repeat programmes may use dedicated blanking and forming tools.
Alloy, geometry and finish selection
Alloy and temper are chosen for the required combination of strength, bendability, weight and corrosion resistance. Critical details include bend radius, grain direction, edge distance, fastener access, bearing area and galvanic compatibility with adjoining materials. Anodized, powder-coated, conversion-coated, polished or natural finishes are available to specification.
Load requirements and quality checks
Bracket capacity depends on geometry, alloy condition, thickness, fastener arrangement and the direction and duration of load. Please provide working and peak loads, safety factor, vibration or fatigue conditions and mounting constraints. Inspection can cover hole position, bend angle, flatness, finish and agreed critical dimensions.
Aluminium support bracket FAQs
These answers explain common material, fabrication, loading and finishing considerations. Final capacity and tolerances are confirmed from the drawing and application requirements.
Aluminium Support Brackets are used equipment, enclosure, architectural and industrial assemblies requiring lightweight structural support or mounting points. Their design should be based on load path, hole pattern, bend geometry, stiffness and corrosion resistance.
Aluminium reduces weight, resists corrosion in many environments and is readily cut, formed and machined. Alloy, temper and section thickness should be selected for strength, stiffness, bendability, fatigue, temperature and finish requirements.
A typical route may include sheet cutting, punching, bending, machining and finishing. The exact sequence depends on geometry, volume, tolerance, cosmetic surfaces and whether dedicated tooling is justified.
Yes. Conex manufactures aluminium support brackets 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.
Selection depends on required strength, formability, corrosion resistance, weldability, machinability and finish. Highly formed parts may need a different temper from stiff mounting plates, so Conex reviews the complete drawing before confirming material.
The drawing should define overall envelope, material thickness, bend radii, hole and slot locations, edge distances, mounting interfaces, load direction and any mating parts. Functional datums and critical-to-assembly dimensions should be clearly identified.
Tolerance capability depends on blanking method, material thickness, bend sequence, springback, tooling and part size. Precision holes or interfaces can be machined after forming when needed; a realistic datum scheme prevents unnecessary cumulative tolerance.
Where suitable, parts can incorporate welding, riveting, clinching, threaded inserts, tapping or bolted assembly. Joint design must consider heat distortion, access, corrosion compatibility, load transfer and the required inspection method.
Options can include mill finish, deburring, brushing, polishing, anodising, conversion coating, painting or powder coating. Drawings should identify coating thickness, colour, masking, electrical contact points and cosmetic acceptance zones.
Load capacity depends on material, thickness, geometry, support conditions, fasteners and direction or duration of loading. The customer should provide design loads, safety factors and applicable codes; prototype or validation testing can then be planned where required.
Inspection may cover material and thickness, formed dimensions, hole position, flatness, bend angle, threads, surface finish and assembly fit. First-article reports, gauges and sample-based inspection can be arranged when specified before production.
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.
Capacity depends on alloy and temper, section thickness, bend radius, fastener arrangement and the direction of load. We can calculate or test bracket capacity and recommend changes such as gussets or thicker sections.
For 5052-H32 a minimum inside bend radius of about 1× thickness is typical, while 6061-T6 needs 2–3× thickness to avoid cracking. Brackets that need tight bends are formed in softer tempers and aged afterwards if needed.
Yes. 5052, 5083, 6061 and 6082 are weldable by TIG or MIG. Welding reduces the strength of heat-treated alloys in the weld zone, so we design weld joints and section sizes accordingly.
Need Aluminium Support Brackets? 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.
