Solid Aluminum Alloy Metal Rod 6061 T6 5083 2014 2024 5754 7075 7050 2A12

This product is a professional aluminum alloy rod tailored for aerospace structural parts, covering nine high-performance alloy grades to meet the diverse needs of different aerospace components. It is produced by advanced hot extrusion, precision heat treatment and straightening technology, with a pure material composition, smooth surface, accurate roundness and stable performance. As a core material for aerospace structural parts, it bears the key functions of load-bearing, connection and protection, ensuring the safety, reliability and durability of aerospace equipment in extreme environments such as high altitude, low temperature and high pressure.

Material & Core Features (Aerospace-Grade Standard)

Base Material: High-purity aerospace-grade aluminum alloy billet, strictly selected to ensure no impurities, uniform metallographic structure and consistent performance. Core Features: Ultra-high strength and fatigue resistance, able to withstand long-term mechanical load and harsh environmental impact; excellent corrosion resistance, resistant to atmospheric oxidation, high-altitude radiation and chemical erosion; light weight (density 2.7g/cm³), effectively reducing the overall weight of aerospace equipment; good machinability and weldability, suitable for precision processing of complex structural parts; stable dimensional accuracy, meeting the strict tolerance requirements of aerospace manufacturing.

Production Standard & Quality Control

Production Standard: Strictly complies with international aerospace material standards, including ASTM B210, EN 573-3, AMS (Aerospace Material Specification) and GB/T 6892-2015, fully meeting the quality requirements of aerospace structural parts. Quality Control: Implement full-process strict quality monitoring, from raw material inspection, production processing to finished product delivery. Key indicators such as material composition, mechanical properties, dimensional tolerance and surface quality are tested by professional equipment, with 100% qualification rate. Complete inspection reports and material certificates are provided for each batch of products, ensuring traceability and compliance with aerospace procurement standards.

Product Specifications

Alloy Grades & Aerospace Application Characteristics

• 6061 T6: High strength, excellent weldability and corrosion resistance, cost-effective. Suitable for non-load-bearing aerospace structural parts, such as brackets, frames and auxiliary components.
• 5083: Superior corrosion resistance (especially seawater corrosion resistance), good toughness and weldability. Suitable for aerospace components in marine or high-humidity environments, such as aircraft hulls and hydraulic pipelines.
• 2014: High strength and hardness, good machinability. Suitable for high-load aerospace structural parts, such as aircraft landing gear components and engine brackets.
• 2024: Ultra-high strength, excellent fatigue resistance, widely used in aerospace. Suitable for key load-bearing components, such as aircraft wings, fuselage frames and structural connectors.
• 5754: Good formability, corrosion resistance and weldability. Suitable for aerospace decorative parts, fuel tanks and light-weight structural components.
• 7075: One of the highest-strength aluminum alloys, superior wear resistance and fatigue resistance. Suitable for high-load, high-precision aerospace components, such as aircraft landing gear, missile structural parts and satellite brackets.
• 7050: High strength, good toughness and corrosion resistance, excellent stress corrosion resistance. Suitable for large aerospace structural parts, such as aircraft fuselage panels and wing spars.
• 2A12: High strength, good heat resistance and machinability. Suitable for aerospace structural parts that work in medium-temperature environments, such as engine components and aircraft control systems.

Dimensions & Surface Finish

• Diameter: Conventional range 5mm - 200mm; fully customizable according to aerospace design drawings, with diameter tolerance ±0.02mm, high roundness, no ovality or deformation.
• Length: Standard length 2000mm, 3000mm, 6000mm; support custom cutting to any fixed length (minimum 50mm, maximum 12000mm), with length tolerance ±0.3mm, ensuring precise matching with aerospace structural design.
• Surface Finish: Precision polished finish, anodized finish (optional). Smooth surface, no scratches, no burrs, no defects, surface roughness up to Ra≤0.8μm, meeting the high-precision requirements of aerospace processing.

Processing Performance (Aerospace-Grade Precision)

The product has excellent precision processing performance, fully adapting to the complex processing needs of aerospace structural parts:

• Precision Cutting: Suitable for laser cutting, wire cutting and plasma cutting, with high cutting accuracy, flat surface and no burrs, ensuring precise size control for complex structural parts.
• Welding: Most grades (6061 T6, 5083, 2024, etc.) have excellent weldability, suitable for argon arc welding, laser welding and other precision welding processes. The welded seam is smooth, firm and free of pores, with mechanical properties close to the base material.
• Precision Machining: Good ductility and machinability, supporting turning, milling, drilling and grinding, able to process complex shapes and high-precision dimensions, meeting the strict requirements of aerospace structural parts.
• Heat Treatment: Support professional heat treatment processes (such as T6 tempering) to adjust mechanical properties, ensuring the product meets the strength and toughness requirements of different aerospace components.

Application Fields (Aerospace Structural Parts)

Specialized in aerospace structural parts manufacturing, widely used in civil aviation, aerospace and other fields:

• Aircraft Components: Aircraft wings, fuselage frames, landing gear components, engine brackets, control system parts, fuel tanks and hydraulic pipelines.
• Aerospace Equipment: Satellite brackets, rocket structural components, space capsule auxiliary parts, missile body components.
• Aviation Auxiliary Parts: Aircraft interior structural parts, instrument brackets, connecting rods and fasteners.
• High-Precision Industrial: Other high-precision, high-load structural parts that require aerospace-grade performance, such as high-speed rail components and precision machinery.

Product Advantages (Aerospace-Specific)

• Multi-Grade Optional: 8 premium alloy grades available, covering all types of aerospace structural part needs, from non-load-bearing to high-load components.
• Aerospace-Grade Quality: Strictly in line with international aerospace standards, pure material, stable performance, ensuring the safety and reliability of aerospace equipment.
• Precise Customization: Full customization of diameter, length and surface finish, perfectly matching aerospace design drawings and precision requirements.
• Ultra-High Performance: High strength, fatigue resistance and corrosion resistance, able to adapt to extreme aerospace environments.
• Traceable Quality: Complete inspection reports and material certificates, meeting the traceability requirements of aerospace procurement.

Attention Matters (Aerospace-Grade Storage & Processing)

• Storage: Store in a clean, dry, dust-free and corrosion-free warehouse, control temperature and humidity (15-25℃, humidity ≤60%); avoid contact with acid, alkali and other corrosive substances; place flat, avoid stacking heavy objects to prevent deformation.
• Transportation: Use anti-collision, anti-scratch and dust-proof packaging (wooden boxes + pearl cotton + plastic film); handle with care, no violent loading and unloading, avoid surface scratches and dimensional deformation.
• Processing: Process in a clean, dust-free workshop; before processing, clean the surface to remove oxide layer and oil stains; use precision processing equipment to ensure dimensional accuracy; avoid overheating during welding and cutting to prevent performance degradation.
• Maintenance: After processing, clean the surface and apply anti-rust oil (if needed); avoid long-term exposure to air and moisture to maintain corrosion resistance and surface quality.

Why Choose Us?

• Aerospace-Grade Expertise: Focus on aerospace aluminum alloy materials, rich experience in serving aerospace manufacturers, familiar with aerospace material standards and requirements.
• Premium Raw Materials: Select high-purity aerospace-grade aluminum alloy billet, strictly inspect raw materials to ensure product quality and performance.
• Advanced Production Technology: Professional extrusion, heat treatment and precision processing production lines, ensuring high precision and stable performance.
• Strict Quality Control: Full-process quality monitoring and 100% inspection, providing complete inspection reports and material certificates.
• Customization Capacity: Support full customization according to aerospace design drawings, meeting the specific needs of different structural parts.
• Perfect After-Sales Service: Provide professional pre-sales consultation, technical guidance and after-sales support, solving customer processing and quality problems in a timely manner.