Alloy - Import export

To produce industrial aluminum of this caliber, Novelis begins by carefully controlling the composition of the alloy, then taking exceptional care in the casting procedure to avoid non-metallic impurities. The surfaces of the aluminum ingots are then sawed and scalped to remove any new impurities before rolling. These ingots are preheated for long periods for optimal homogenization of the metal structure, then hot- and cold-rolling procedures achieve high surface quality. “Bright rolling” delivers the highest possible surface consistency and reflectivity. The result is an aluminum surface reflective enough to be used as a mirror.

Motor mechanical shell processing.

These are the products used in fashion decoration products.The material are aluminum alloy,zinc alloy and brass and so on...

Good compromise between alloy properties, lower metall cost and better scrap value assessment conditions. It has very good cold forming properties and a good conductivity combined with high strength and hardness.

By creating specialized aluminum alloys, pioneering new treatments and combining aluminum components with other materials such as paper, plastic and fiberglass, Novelis has become the global quality leader for the transportation manufacturing industry. We have created a range of transportation manufacturing products that provide insulation against heat, sound and gases, high strength so components remain effective under pressure, and superior flexibility for a full range of designs and implementations. Key Novelis aluminum components include heat exchangers, heat protection mats and sleeves, energy absorption elements, hoses, silencers and flexible tubes, including heat protection tubes, air ducts and exhaust pipes. Novelis is a leading supplier of light-gauge, narrow-slit aluminum fin stock (bare and clad) and brazing sheet used in the production of heat exchangers.

Novelis Advanz™ 7UHS – s701 is a product developed for structural applications requiring high inservice strength. The 7xxx alloy provides the highest T6 strength among current aluminum alloys and has significantly higher strength over incumbent 6xxx alloys. This in turn offers potential for lightweighting of structural parts over advanced high strength steel options without compromising performance requirements. The alloy-temper can be optimized to provide good balance between strength, crash performance and corrosion resistance. Advanz™ 7UHS – s701 is an excellent choice for strength-dominated structural components, such as A-pillar, B-pillar, door beams as well as various other structural reinforcements. This product exhibits excellent specific strength and specific energy absorption along with good hot formability making it an ideal material for lightweighting of structural reinforcements. All values listed are typical.

The automotive industry is advancing at an unprecedented rate and manufacturers are under increasing pressure to create high performance, fuel-efficient and aesthetically pleasing vehicles. With more than 40 years of experience in the automotive industry, Novelis has a rich history of innovating alongside our customers to make next-generation vehicles a reality. Novelis understands that each new vehicle model presents a unique challenge to automakers. To help answer new design challenges, Novelis has a team of specialists available to assess the mechanical properties, design flexibility and range of fabrication alternatives needed to realize next-generation vehicles. In addition to providing the right alloys, Novelis offers tailored finishes and designations for the highest-performing products. Our best-in-class joining solutions, like Self-Pierce Riveting (SPR) and remote laser welding, ensure the strongest possible adhesive joining and bond durability.

Basic material for electrical parts.

Aluminiumwerk Unna AG one of the world’s leading manufacturers of aluminium alloy tube. We produce a variety of specialist aluminium alloy products. Our core focus is the production of aluminium alloy tube and tubular profiles. These can be offered as seamless extruded or porthole extruded products. The extruded products can also be cold drawn making it possible to offer a comprehensive range of final dimensions.

The purchase of Aluminium alloy billet is an option available to our customers from our on-site Cast house. The billets are cast by conventional direct chill semi-continuous casting using float-dip tube technology. The subsequent homogenisation takes place in one of our two homogenising ovens. We are able to offer short lead times for machined billet in smaller quantities than would otherwise be available. With the wide range of alloys and dimensions we can offer, we will surely find a solution for you.

With the unique extrusion process, ALUnna has the capability to produce continuous lengths of extruded profiles. Unlike the conventional extrusion process, the continuous extrusion process does not use billets. Instead, raw material is fed into the process from a coil. This process is especially useful for the production of small extrusion profiles used as spacer bars in alloys EN AW-1050A / 1350A or EN AW-3103/3003. If necessary, there is an option to apply a draw pass to the spacer bar profile using an in-line Schumag continuous drawing machine in order to achieve the final dimension and the most demanding of tolerances.

Basic material for electrical parts.

Basic material for electrical parts.

Basic material for electrical parts.

Basic material for electrical parts.

Basic material for electrical parts.

Novelis aluminum sheets arrive with protective film in place on delivery, and they can be processed easily for perfect edges and flawless corners. In addition, we test the surface and substance of all our products to conform to the highest international quality standards. Novelis offers two corrosion-resistant alloys of tension-free aluminum sheeting, including the hard-wearing AIMg3 alloy, to simplify reinforcement and reduce substructure costs. This stability makes it a superior choice for plastic or composite sheeting. It also means it can be recycled completely at the end of the product’s life for the current market value of the metal.

Heat protection tubes are made by layering several kinds of aluminum alloy foil and other materials, such as fiberglass and plastic with corrugations. The excellent reflectivity of the aluminum alloy on the external surface reflects radiant heat, and its insulating power additionally serves to protect the aluminum flexible tube’s content from heat sources. These products have great flexibility but high dimensional stability, and they can be compressed or extended as required. They can also be fastened or mounted easily by crimping the end fittings.

Novelis continues to accelerate the development of its innovative aluminum transportation materials to expand global product offerings for more sustainable buses, trucks, trailers, trains and other forms of commercial transport. Aluminum-intensive vehicles are not only up to 40 percent lighter than those made with steel, they are also safer and more durable. Given their unique properties, aluminum transportation materials continue to emerge as the material of choice for the industry. Manufacturers rely on aluminum’s many benefits, including diverse application development for electric vehicles and emerging mobility demands, superior energy absorption for crash management products and safety, and greater design flexibility due to strength, joining and formability properties, enabling better driving dynamics and vehicle agility.

Novelis Fusion™ 6HF – s200RW is a heat treatable product for applications with extremely demanding formability requirements. Fusion™ 6HF – s200RW offers the ultimate additional solution for remote laser welding of aluminium 6xxx alloys without the need for any additional metal. Access to the weld area is enhanced, welding speed is increased and the stability of the process is improved in comparison with standard laser welding processes. This product is recommended for inner panels with high formability requirements such as door inners or other closure inner panels. With Fusion™ 6HF – s200RW “near-edge” welding, a reduction in the flange length to as little as 5mm becomes possible. All values are typical.

Novelis Advanz™ 6HS s650 is Novelis’ latest offering to the high strength 6xxx series and caters to structural applications requiring high in-service strength. A tailor-made alloy, specifically designed for high strength requirements without compromising its forming characteristics, Novelis Advanz™ s650 has a 15-20% T6 strength advantage over incumbent high strength 6xxx, coupled with excellent crash behavior and corrosion resistance. Predominantly an alloy of choice for structural parts with high demand on forming and high strength after paint bake, typical areas of application are A-pillar, B pillar, roof traverse, rocker, inner and floor panels, bumpers and battery cases along with various other structural reinforcements. This product exhibits excellent after paint bake response which in turn provides high in-service strength making it an ideal material for light weighting of structural components. All values listed are typical.

steel, zinc plated*Ø 12 mm*

steel, zinc plated*threaded M 10*Ø 12 mm

Smartphones, laptops and digital music players rely on the durable, lightweight and attractive qualities of aluminum. Our technically sophisticated material impacts the latest designs, providing both a technical advantage, as well as an attractive visual ambience. Aluminum enclosures dissipate heat, while the material’s resistance to the effects of weathering makes it ideal for use in outdoor applications as varied as housings, rod antennae and satellite dishes.

STOL®80 is a CuSn0.2 alloy with a slightly higher tin content than CuSn0.15. As a result, a higher strength with good electrical conductivity is achieved. STOL® 80 is preferably used for male connectors and junction boxes.

STOL®194 is a CuFe2P alloy with good electrical conductivity for components with low to medium strength requirements. With its good relaxation resistance, it is very suitable for terminals, lead frames and power transistors.

STOL®95 is a CuCrZr alloy with a combination of very high electrical conductivity and good relaxation resistance, even at an operating temperature of 250°C. This alloy is very suitable for components with medium strength requirements. It is used particularly in applications in the field of mobile devices, as a heat sink, and for highcurrent contacts, for example in hybrid vehicles or photovoltaic technology.

STOL®94 is a hardenable CuNiSi alloy for high strength requirements up to 750 MPa in combination with good electrical conductivity, bendability and relaxation resistance. In some cases it may also be used as a substitute for beryllium alloys.