subject: Aluminum Alloys, Ferro Alloys - Aluminum Ingots, Aluminum Shots, Aluminum Notch Bar, Aluminum Powder [print this page] Modern Alloysachieve a number of properties not possible even fifty years ago .It has different types of Alloys with advantages such asobsolete, prototype, custom customer specification, and aluminum base master alloys.
Alloys are metallic materials that include at least one metal and another element. It has many advantages in many ways with different types .Common alloys used are stainless steel, among these common alloys, there are a large number of possible combinations, each with its own specific set of properties. Steel, for example, exists in an incredibly diverse range of alloys.
The components of various alloys contain metallic and non-metallic elements. There are a large number of possible combinations of different metals with its properties. The Uses for alloys are limitless depending on the materials involved . The alloys are used in an extensive range of aircrafts, military, commercial, industrial, medical, residential and manufacturing applications. Alloys like Aluminium, Copper, Nickel, Stainless steel, Titanium all have different uses in various applications.
Aluminium alloys are extensively used in the production of automotive engine parts. Aluminium is used in various applications like transport, packaging, electrical application, medicine, and construction of homes and furniture.Aluminium extrusions, aluminium extrusion profiles & sections, aluminium sliding doors, structural glazings, aluminium partitions, aluminium modular furniture, etc. are widely used in various industries such as Aerospace,Architecture,Automative,Defence,Electronics,General Engineering , Furniture etc.
Auminum Ingot is manufactured in 95 to 99.99%. Aluminum profiles use pure aluminum ingot to produce all kinds of aluminum extrusion profiles in building,industry,furniture etc. Aluminium Shots is manufactured in button size from 5 mm. to 10 mm.. The purity ranges from 95% to 96%. Aluminum shots is manufactured about 150mt per month.
The Notch bar is manufactured in the size of 1 Kg. and with purity ranging from 97% to 98%. Aluminum Notch bars is manufactured about 150mt per month. Aluminum Powder is manufactured in various mesh size and as per order.
Ferro alloys refers to various alloys of iron with a high proportion of one or more other element, manganese or silicon for example It is used in the production of steels and alloys as a raw material.
Aluminium Copper alloys have excellent electrical and thermal performance, good corrosion resistance, high ductility and relatively low cost. They are less expensive than gold or platinum that is why largely utilized in odontological restorations. Due to high strength, electrical and thermal conductivity alloys are used in the manufacture of all types of electrical equipment.
Alloy materials have made significant contributions to present-day society. Aluminium nickel alloys are used for a wide variety of applications like aircraft gas turbines, nuclear power systems and widely used in chemical and petrochemical industries. They are widely used in control equipments to determine and control electrical characteristics.
Stainless Alloys are also widely used in the electronic, agricultural, road and rail industries. Stainless steel grades are used for handling bulk wet materials, tanks, containers, conveyors, chimneys and many others.
Due to high strength, toughness and stiffness, many Titanium alloys are used in aerospace structures and other high-performance applications. Titanium alloys are used for different spacecraft parts, jet engines and airframe to save weight and improve aircraft efficiency. It corrosion resistance allow its uses in chemical, petrochemical and biomaterial applications.
Uses for alloys are limitless, and include an extensive range of marine, medical, military, commercial, industrial, residential and manufacturing applications. Even brass and bronze, two of the earliest alloys produced, still have extensive uses, and remain in high demand.
Some of the major reasons for the continuing advances in alloys are the availability of materials, new manufacturing techniques, and the ability to test alloys before they are ever produced. Most modern alloys are, in fact, preplanned using sophisticated computer simulations, which help determine what properties the alloy will display.
