Aircraft & Aerospace Industry Metal Suppliers in India

The aircraft and aerospace industries require high-performance metals and specialty alloys that offer exceptional strength, lightweight characteristics, corrosion resistance, fatigue resistance and high-temperature performance. These materials play a vital role in manufacturing commercial aircraft, military aircraft, helicopters, spacecraft, jet engines, landing gear, structural assemblies and aviation equipment.

OZAIRTRADELINK is engaged in the supply of a wide range of industrial metals, specialty alloys and aerospace materials, including aluminium alloys, titanium alloys, stainless steel, nickel alloys, Inconel, Monel, Hastelloy, alloy steel, copper alloys and other engineering materials.

We cater to diverse material requirements for aircraft structures, engine components, aerospace equipment, precision-machined parts and industrial aviation applications.
Our material range includes different grades, specifications and product forms, subject to availability and applicable material certification requirements.

Aluminium Alloys for Aircraft & Aerospace Industries

They are extensively used in aircraft fuselage structures, wing panels, bulkheads, aircraft skins, structural frames, brackets, aircraft fittings and precision-machined components.

Aerospace Aluminium Grades and Applications

Titanium and its alloys are important aerospace materials because of their excellent strength-to-weight ratio, high corrosion resistance, fatigue performance and ability to withstand demanding operating environments.

Titanium is widely used in aircraft structural assemblies, landing gear components, engine parts, compressor blades, fasteners, hydraulic systems and aerospace equipment.

Aerospace Titanium Grades and Applications

Common aerospace titanium specifications: AMS 4902, AMS 4911, AMS 4928, AMS 4930, AMS 4943, AMS 4975 and AMS 6931, depending on grade and product form.

Common product forms:

• Titanium sheets and plates

• Titanium round bars

• Titanium billets and blocks

• Titanium tubes and pipes

• Titanium flat and square bars

• Titanium fasteners and fittings

Stainless Steel for Aircraft & Aerospace Industries

Stainless steel is used in aircraft and aerospace manufacturing where high tensile strength, corrosion resistance, heat resistance and dimensional stability are required.

It is commonly used in aircraft fasteners, landing gear components, engine parts, hydraulic systems, exhaust assemblies, structural fittings, shafts and precision-engineered components.

Aerospace Stainless Steel Grades and Applications

Common aerospace specifications: AMS 5643 (17-4 PH), AMS 5659 (15-5 PH) and other applicable AMS specifications according to grade, condition and product form.

Common product forms:

• Stainless steel sheets and plates

• Stainless steel round bars

• Stainless steel square and hex bars

• Stainless steel wires and strips

• Stainless steel pipes and tubes

• Stainless steel fasteners and fittings

Nickel Alloys for Aircraft & Aerospace Industries

Nickel-based alloys are essential materials for aircraft engines, gas turbines and other aerospace components exposed to extreme temperatures, mechanical stresses, oxidation and demanding operating environments.

These alloys provide excellent high-temperature strength, oxidation resistance, creep resistance and corrosion resistance.

They are extensively used in turbine discs, combustion chambers, exhaust systems, engine casings, fasteners, shafts and aerospace power-generation equipment.

Aerospace Nickel Alloy Grades and Applications

Common aerospace nickel alloy specifications:

High-strength alloy steels are used in aerospace manufacturing for components requiring exceptional tensile strength, toughness, fatigue resistance, impact resistance and wear resistance.

These materials are commonly used in aircraft landing gear, engine shafts, structural fasteners, transmission components, actuators, gears, high-strength bolts and precision-machined parts.

Aerospace Alloy Steel Grades and Applications

Copper and its alloys are used in aircraft electrical systems, electrical connectors, bearings, bushings, heat exchangers, precision fittings and specialised mechanical components.

Their electrical and thermal conductivity, corrosion resistance, machinability and wear characteristics make them valuable for selected aircraft applications.

Aerospace Copper Alloy Grades and Applications

Brass Grades and Applications

Magnesium Alloys for Aircraft & Aerospace Industries

Magnesium Alloy Grades and Applications

Magnesium alloys require appropriate fire-risk controls during machining, handling and processing.

Other Specialty Metals Used in Aerospace Industries

In addition to conventional aerospace metals, several specialty materials are used in specialised aircraft systems, precision engineering, electrical equipment, thermal management and high-performance applications.

Aircraft & Aerospace Metal Applications – Component-Wise Table

The following table explains which metals are commonly selected for different aircraft and aerospace components.

Aerospace Material Standards and Certifications

Aerospace applications demand strict material specifications, quality control and traceability. Material selection must be based on the applicable engineering drawing, OEM requirements, product form, heat treatment, mechanical properties and chemical composition.

Common aerospace specification systems include:

• AMS – Aerospace Material Specifications

• ASTM – American Society for Testing and Materials

• ASME – American Society of Mechanical Engineers

• MIL – Military Specifications

• EN – European Standards

• ISO – International Organization for Standardization

• OEM-specific material specifications

Important documentation for aerospace materials:

1. Mill Test Certificate (MTC).

2. Chemical composition report.

3. Mechanical test certificate.

4. Heat treatment details.

5. Material traceability and heat number.

6. Ultrasonic testing report, where specified.

7. Dimensional inspection report.

8. Applicable AMS / ASTM specification compliance.

Not every commercial grade is automatically approved for aircraft use. Aerospace qualification must be verified against the exact specification and applicable OEM or customer requirements.

Why Choose OZAIRTRADELINK for Aerospace Metals?

OZAIRTRADELINK is focused on supplying a comprehensive range of industrial metals and specialty alloys for demanding engineering and manufacturing applications.

• Wide range of aerospace and specialty metals.

• Aluminium, titanium and nickel alloy materials.

• Stainless steel and precipitation-hardening grades.

• High-performance Inconel, Monel and Hastelloy alloys.

• Multiple metal product forms and dimensions.

• Domestic and international sourcing capabilities.

• Material certification and traceability as per order requirements.

• Support for customised material requirements.

• Assistance with laser cutting and waterjet cutting through our group company.

• Shearing, anodizing and powder coating services through our group company.

• Supply support for small and large industrial requirements.

Industries We Serve

• Commercial Aircraft Manufacturing

• Military Aircraft Manufacturing

• Aerospace Engineering

• Aircraft Maintenance and Repair (MRO)

• Aircraft Component Manufacturing

• Helicopter Manufacturing

• Jet Engine Manufacturing

• Aviation Equipment Manufacturing

• Spacecraft and Satellite Manufacturing

• Defence and Aerospace Engineering

• Aircraft Structural Engineering

• Aerospace Precision Machining

• Aviation Research and Development