About Aluminium Plates 5052
Based in Mumbai, Maharashtra, we are a 2007-established company engaged in supplying and exporting of a wide range of aluminum products. In this series, we offer 5052 Aluminum Plates to our valued clients at a feasible price range. These plates are fabricated using premium quality aluminum and latest molding techniques. They are widely used in various industries for making spare parts of aircraft, ships, marine, electronic equipments, etc. Apart from that, these 5052 Aluminum Plates are also used for making couplers, fasteners, utensils, tanks, and various other products.
Features:
Versatile Strength and DurabilityAluminium Plates 5052 deliver a unique balance of high strength and lightweight characteristics, making them a preferred choice for demanding applications in marine, aerospace, transport, and construction industries. Their excellent corrosion resistance and good fatigue strength ensure long-term performance even in harsh environments, providing reliability and durability.
Meeting International StandardsManufactured under globally recognized standards such as ASTM B209 and IS 2062, these plates guarantee consistent material quality and mechanical properties. The rigorous fabrication process, available in both cold and hot rolled options, ensures precise dimensions and superior product reliability tailored for critical applications.
Customizable for Every ApplicationAvailable in standard and customized sizes, thicknesses from 0.5 mm to 150 mm, and various shapes such as rectangular or square, Aluminium Plates 5052 are suited for diverse usage requirements. Surface finishes like smooth, bright, mill finish, or anodized ensure that both aesthetic and functional aspects are addressed for any project.
FAQs of Aluminium Plates 5052:
Q: How are Aluminium Plates 5052 typically used in the marine and aerospace industries?
A: Aluminium Plates 5052 are extensively utilized in the marine and aerospace sectors due to their superior corrosion resistance, lightweight nature, and structural strength. Their excellent weldability and fatigue strength make them ideal for constructing ship hulls, aircraft components, and related structural applications.
Q: What is the manufacturing process for 5052 aluminium plates and how does it affect their quality?
A: 5052 aluminium plates are produced using cold rolled or hot rolled fabrication techniques, adhering to ASTM B209 and IS 2062 standards. This process ensures uniform thickness, precise mechanical properties, and a smooth, high-quality finish, which are essential for critical and heavy-duty industrial applications.
Q: When should I choose AA 5052 plates over other aluminium alloys?
A: You should opt for AA 5052 plates when your application demands a combination of high corrosion resistance, good strength, and excellent weldability. It is particularly suited for environments exposed to moisture or chemicals, such as marine, chemical processing, and transportation projects.
Q: Where can I source Aluminium Plates 5052 in standard and custom dimensions in India?
A: Aluminium Plates 5052 can be sourced from various distributors, exporters, importers, manufacturers, and suppliers across India. These suppliers offer both standard sizes and customized dimensions, with flexible packaging options like wooden cases to ensure safe delivery.
Q: What are the benefits of the 5052 alloys surface finishes, such as mill finish and anodized?
A: Mill finish ensures a smooth, bright surface suitable for fabrication and further processing. Anodized finishes enhance the plates resistance to corrosion, improve surface hardness, and offer an attractive, durable appearance, making them suitable for architectural and marine applications.
Q: How does the excellent weldability and machinability of 5052 plates enhance fabrication efficiency?
A: The excellent weldability and good machinability of 5052 plates facilitate easier and faster fabrication, reducing labor time and cost. This efficiency is highly valuable in industries where productivity and quality must go hand-in-hand, such as in the mass production of fabricated assemblies.