For projects in Bhiwani, Haryana
Aluminium in Bhiwani, Haryana
Leading manufacturer and exporter of Aluminium pipe fittings, flanges, forged fittings, outlets and piping components in grades 2024, 6061, 6063, 6101 and 7075 for aerospace, marine, structural and industrial applications.
For Aluminium work around Bhiwani, Haryana, we keep the quote practical: sizes, standards, certificates, and when you need the material on site.
Industry Standards
International specifications, manufacturing standards, and compliance requirements applicable to this material.
ASTM B247
Standard specification for aluminium alloy forgings.
ASTM B361
Factory-made wrought aluminium fittings specification.
Popular Grades
Explore the most commonly used grades and their applications.
2024
High-strength aerospace aluminium alloy.
Best For
Aerospace applications
Applications
Aircraft structures and transportation systems
2011
Free-machining aluminium-copper bar. Cold-finished T3 is published at 393 MPa and 340 MPa in the two strength columns, with 14.8% elongation.
Best For
Screw-machine parts
Applications
Fittings, fasteners, and turned parts
2017
Heat-treatable aluminium-copper bar. Approximate T6 strength is 400–440 MPa tensile and 340–380 MPa yield.
Best For
Machined fittings
Applications
Aircraft fittings and screw-machine parts
2618
Aluminium-copper-magnesium bar for elevated temperature. Supplied to AMS 4132, EN 3553, and BS EN 755.
Best For
Hot-strength parts
Applications
Pistons and engine fittings
1050
Commercially pure aluminium. The grade designation is 99.50% aluminium minimum.
Best For
Impact-extrusion slugs
Applications
Formed cans and tubes
1060
Commercially pure aluminium. The grade designation is 99.60% aluminium minimum.
Best For
Conductive and formed parts
Applications
Impact-extrusion slugs
1070
Commercially pure aluminium, at least 99.70% aluminium. Slugs are published in O and H112, 0.8–25 mm thick and 3–220 mm diameter.
Best For
Impact-extrusion slugs
Applications
Punched slug blanks
4047
Aluminium-silicon brazing filler, about 12% silicon. Melting range 573–582 °C.
Best For
Brazing preforms
Applications
Discs, rings, and stick rod
6105
Heat-treatable extrusion alloy named for 45-series and 2020 T-slot. The 45-series profile table publishes 172 MPa yield and 230 MPa tensile.
Best For
T-slot extrusion
Applications
Machine-frame profiles
6061
Versatile heat-treatable aluminium alloy with excellent corrosion resistance.
Best For
General engineering applications
Applications
Marine, piping and structural systems
6063
Architectural grade aluminium with excellent finish quality.
Best For
Architectural and decorative applications
Applications
Piping, frames and structural components
6101
Aluminium alloy developed for electrical conductivity.
Best For
Electrical applications
Applications
Bus bars and electrical systems
7075
One of the highest-strength aluminium alloys available.
Best For
High-strength applications
Applications
Aerospace, defense and performance engineering
1100
Commercially pure aluminium sheet with high formability, thermal conductivity, and electrical conductivity.
Best For
Formed and architectural sheet
Applications
Industrial and architectural sheet, plate, and coil
2014
Heat-treatable aluminium-copper plate with high strength and machinability. T6 bare sheet is published at 440 N/mm² tensile and 380 N/mm² yield.
Best For
High-strength sheet and plate
Applications
Truck frames, airframe structure, fuel tanks, and forged plate block
2124
High-strength sheet and plate with fracture toughness and fatigue resistance for aerospace structure.
Best For
Aerospace structure
Applications
Airframe sheet and plate
3003
Manganese alloy sheet with corrosion resistance, workability, and weldability for general fabrication.
Best For
Fabricated sheet and coil
Applications
General fabrication, ducting, and formed parts
5052
Marine-grade sheet and plate with corrosion resistance and weldability.
Best For
Marine and welded sheet
Applications
Marine fabrications and structural sheet
5083
Aluminium-magnesium plate for marine and aerospace use. Marine plate is published at 2.8 g/cm³. Aerospace sheet and plate on this site uses ≤ 2.64 g/cm³.
Best For
Marine plate and airframe sheet
Applications
Hulls, tanks, and aerospace structure
5086
Marine aluminium-magnesium plate. Published density is 2.66 g/cm³. Typical H32 strength is 47 ksi tensile and 28 ksi yield.
Best For
Marine and transport structure
Applications
Marine, transportation, and structural plate
5182
Non-heat-treatable aluminium-magnesium sheet. O temper is published at 40 ksi tensile, 21 ksi yield, and 21% elongation.
Best For
Formed sheet that needs more strength than 5052
Applications
Ship structure, vehicle skins, fuel tanks, and can ends
6013
Aerospace sheet and plate that combines strength, corrosion resistance, and low weight.
Best For
Aerospace sheet
Applications
Airframe sheet and plate
6082
Structural 6000-series plate. T6 minimum tensile strength is 295 N/mm² through 25 mm.
Best For
Structural plate
Applications
Machined structure, transport, and airframe parts
7050
Aerospace plate with high strength, toughness, and stress-corrosion resistance.
Best For
Thick aerospace plate
Applications
Airframe plate and high-strength structure
7474
Aerospace sheet and plate with fracture toughness and fatigue performance.
Best For
Aerospace structure
Applications
Fuselage panels and high-performance structure
7475
High-toughness aerospace aluminium used where fracture toughness matters alongside strength.
Best For
Fracture-critical aerospace parts
Applications
Airframe structure
More about Aluminium
Applications
- Aerospace
- Marine
- Shipbuilding
- Automotive
- Power Generation
- Chemical Processing
- Heat Exchangers
- Structural Applications
- Electrical Systems
- Renewable Energy
- Cryogenic Systems
- Food Processing
Advantages
- Lightweight material
- Excellent corrosion resistance
- High strength-to-weight ratio
- Easy fabrication and machining
- Excellent thermal conductivity
- Good electrical conductivity
- Recyclable and environmentally friendly
- Low maintenance requirements
Available Forms
- Pipe Fittings
- Forged Fittings
- Flanges
- Outlets
- Reducers
- Caps
- Tees
- Elbows
- Stub Ends
- Pipe Nipples
Industries Served
- Aerospace
- Marine
- Shipbuilding
- Automotive
- Transportation
- Power Generation
- Renewable Energy
- Chemical Processing
- Food Processing
- Cryogenic Systems
- Electrical Systems
- Heat Exchangers
- Infrastructure
- Industrial Manufacturing
- Defense
Why Choose Us
- Global exporter serving customers in more than 50 countries
- Extensive inventory of aluminium fittings, flanges, forged fittings, and piping components
- Manufactured according to ASTM, ASME, ANSI, MSS, DIN, EN, BS, and JIS standards
- Third-party inspection available
- EN 10204 3.1 certification support
- Fast production and delivery schedules
- Custom manufacturing according to drawings and specifications
- Competitive international pricing
- Technical support from experienced piping specialists
- Reliable global logistics and export documentation
Comparison Insights
Understand where this material excels and where alternative materials may be a better fit.
Performs Better Than
Materials where this option typically offers superior performance.
Considerations
Factors to evaluate before selecting this material.
Delivery & Documentation
Shipping capabilities, manufacturing support, and quality documentation available for this material.
Global Shipping
Worldwide logistics and export support.
Fast Delivery
Priority manufacturing and dispatch.
Custom Manufacturing
Made-to-order dimensions and specifications.
Inspection Support
Third-party and customer inspections.
Available Documentation
Quality certificates and compliance records.