Aluminum Extrusions for Vichels

Application of 1-8 series aluminium alloys: 1. Lighting equipment; 2. Solar reflector; 3. Building appearance; 4. Indoor decoration: ceiling, wall, etc.; 5, furniture, cabinet; 6, elevator; 7, logo, nameplate, luggage; 8, car interior and exterior decoration; household appliances: refrigerator, microwave oven, audio equipment; 10. Aerospace and military aspects, such as China's current large aircraft manufacturing, Shenzhou spacecraft series, satellites and so on.

Instructions for the use of 1-8 series aluminium alloys:
1xxx series aluminium plates: representing 1050, 1060, 1100. Among all series, the 1 xxx series has the highest aluminium content. The purity can reach over 99.00%. Because it does not contain other technical elements, the production process is relatively simple and the price is relatively cheap. It is the most commonly used series in traditional industry. Most of the current market circulation is 1050 and 1060 series. According to the last two Arabic figures, the lowest content of aluminium in 1000 series was determined. It includes aluminium frame system and aluminium curtain wall. For example, the last two Arabic numbers in the 1050 series are 50. According to the international brand naming principle, the content of aluminium must reach 99.5% of qualified products. We are also an aluminium extrusion suppliers. China Aluminum Alloy Technical Standard (GB/T3880-2006) also clearly stipulates that the content of 1050 aluminium reaches 99.5%. For the same reason, the aluminium content of 1060 series aluminium sheets must be above 99.6%.

2xxx Series aluminium plate: representing 2A16 (LY16), 2A06 (LY6). 2xxx series aluminium sheets have the characteristics of high hardness and high copper content. The highest, about 3-5%. 2xxx series aluminium sheets are aviation aluminium materials, which are not commonly used in traditional industry. At present, there are fewer factories producing 2 xxx series aluminium sheets in China. The quality is still not comparable to that of foreign countries. At present, imported aluminium sheets are mainly produced in Korea and Germany. Provided by the production company. With the development of China's aerospace industry, the production technology of 2xxx series aluminium sheet will be further improved.

3xxx series aluminium plate: mainly used for 3003, 3004, 3A21. It can also be called rust-proof aluminium sheet. The production process of 3xx series aluminium sheet in China is relatively good. Manganese is the main component of 3xxx series aluminium sheets, and the content is between 1.0% and 1.5%. This series of products have good rust-proof performance. Traditional applications in humid environments, such as air conditioning, refrigerators and car bottoms, are more expensive than the 1 xxx series. It is a more commonly used series of alloys.

4xxx Series Aluminum Plate: Represents 4A01. 4xxx series aluminium sheets belong to the series with high silicon content. Usually the silicon content is between 4.5% and 6.0%. It is a kind of building materials, mechanical parts, forging materials, welding materials; low melting point, good corrosion resistance. Product Description: It has heat resistance and wear resistance.

5xxx Series Aluminum Plate: Represents 5052, 5005, 5083, 5A05 Series. 5xxx series aluminium sheets belong to the more commonly used series of alloy aluminium sheets. The main element is magnesium, the content of magnesium is between 3-5%. Also known as Al-Mg alloy. Its main characteristics are low density, high tensile strength and high elongation. The weight of Al-Mg alloy in the same region is lower than that of other series. Therefore, it is commonly used in aviation, such as aircraft fuel tank. It is also widely used in traditional industries. This process is a continuous casting-rolling process and belongs to the hot-rolled aluminium plate series. It can be used for deep oxidation processing. In China, 5xxx series aluminium sheet is one of the more mature aluminium sheet series.

6xxx Series Aluminum Plate: Represents 6061. It is mainly composed of magnesium and silicon elements, which embodies the advantages of 4xxx series and 5 xxx series. 6061 is a cold-processed aluminium forging product, which is suitable for applications requiring high corrosion resistance and oxidation resistance. Good usability and good interface function. Easy to paint, good processing. It can be used for low pressure weapons and aircraft joints.

7 xxx Series Aluminum Plate: Represents 7075. It mainly contains zinc. Also belongs to the aviation series, is Al-Mg-Zn-Cu alloy, heat treatment alloy, belongs to superhard aluminum alloy, good wear resistance. The stress of 7075 aluminium sheet can be eliminated without distortion and warping after processing. All super large and thick 7075 aluminium sheets are tested by ultrasound to ensure that there are no bubbles and impurities. 7075 aluminium sheet has high thermal conductivity, which can shorten forming time and improve working efficiency. Its main feature is high hardness 7075 is a kind of high hardness, high strength aluminum alloy, often used in aircraft manufacturing.

8 xxx series aluminium sheet: 8011 aluminium sheet is more commonly used, belongs to other series. It is a kind of aluminium plate with cover as its main function, and also suitable for radiator. Most applications are aluminium foil. This is a less common business series. Extruding aluminium profiles is very common nowadays. 

The strength, light weight, durability, safety and versatility of aluminium make it an attractive and economical transportation material. Extruding aluminium profiles is very common nowadays. When the specific gravity of aluminium (2.7g/cubic centimeter) is observed, the potential of aluminium as a weight-reducing material becomes obvious, which is less than half that of iron (7.8g/cubic centimeter) and copper (8.9g/cubic centimeter). Of course, this is a simple view, because application-specific design and performance standards must be considered for each vehicle component.These standards are related to specific performance indicators, such as mechanical strength and stiffness, and weight. Therefore, each component must be evaluated separately according to all expected performance criteria. Aluminum used for transportation reduces weight, fuel consumption and greenhouse gas emissions. In addition to direct weight reduction through material substitution, it can also increase the possibility of lightweight components. Special manufacturing technologies for aluminium, such as complex, multi-hollow extrusion or thin-walled, high strength, vacuum die casting, make new design solutions possible. Safety is the most important factor in vehicle design and customer selection. In the development of body structure, the most important thing is to find a suitable compromise between stiffness, crashworthiness and further body requirements (such as shape and packaging restrictions). We are also an aluminium extrusion suppliers.

Aluminum is very suitable for achieving these goals with the lowest possible quality and the highest performance. It includes aluminium frame system and aluminium curtain wall. The special characteristics of aluminium alloys make it possible to design low-cost lightweight structures with high stiffness and good impact energy absorption potential. In order to provide the best protection for passengers in accidents, the vehicle is designed to have a rigid and stable passenger compartment and surrounding deformation areas, where collision energy can be absorbed. Compared with steel structure design, the high stiffness of aluminium structure is the result of higher material thickness (aluminium parts are usually about 50% thicker than steel parts to achieve the same function), especially the possibility of using closed porous extrusion and H. High quality precision design of die castings (allowed to eliminate joints).

The most important advantage of aluminium is its easy-to-form, lightweight and cost-effective structure. Using different methods from high productivity stamping process to low die cost technology, precise sheet metal can be formed effectively, thus realizing small batch production. An interesting aspect compared with competitive materials is that extruded, open and closed profiles with different wall thicknesses have complex shapes. Mesh and near-net aluminium parts can be produced by forging and other large-scale forming technologies, but especially by various casting processes. The most important advantage of aluminium is its easy-to-form, lightweight and cost-effective structure.

Using different methods from high productivity stamping process to low die cost technology, precise sheet metal can be formed effectively, thus realizing small batch production. With the application of aluminium in light vehicles by automobile manufacturers, more and more attention has been paid to the analysis of system cost and life cycle cost in order to achieve the expected results of improving driving performance, reducing fuel consumption or reducing emissions. Manufacturers are increasingly considering how to make full use of the weight reduction of one or more components and allow this weight reduction to provide further weight or cost savings in other vehicle components. Research shows that there are cost-effective solutions for aluminum-intensive vehicles and trucks. Under appropriate conditions, these vehicles are economical and feasible for large capacity vehicles. In the course of use, the amount of fuel saved will be considerable and bring real benefits to consumers. In addition, metals and aluminium are the most important and play an important role in financing the end of vehicle life through their high waste value. Aluminum from transport applications is part of an established recycling system. We are also an aluminium extrusion suppliers. Recycled aluminium can be used in almost all applications, protecting raw materials, reducing emissions and leading to considerable energy saving. At present, metal and aluminium are the most important and play an important role in financing the end of automobile life through their high waste value.

In the past two centuries, it is not surprising that some of the most fashionable cars (actually buildings, consumer goods, fashion goods and accessories) have adopted aluminium, because aluminium is not only functional, but also aesthetic; its durability, formability and extensive fineness. HES. Airflow trailers, London's Eros, Philip Stark's 1006 chairs, iPod, BMW 328 racing cars - all make full use of aluminum's lightweight, strength and durability, while transforming from functional objects to cultural icons through its stylish appearance and feel. Aluminum, even unpainted and unpainted, can resist the corrosion of water and road salts, and in non-cosmetic key components, the use of aluminium can avoid the huge additional costs of galvanizing, painting and painting some competitive materials. Aluminum will not rust if there are scratches or notches in the paint. Nor does it weaken or become brittle due to desert heat, northern cold or ultraviolet radiation in sunlight. Aluminum is a highly active metal. It is easy to oxidize rapidly in air, forming a thin, transparent and protective alumina layer. This very thin layer will prevent the penetration of oxygen and other gases or liquids. This layer is firmly attached to the aluminium surface: it will not peel off, thus exposing more fresh surfaces to further oxidation. If the layer is damaged, it will "regenerate" itself, thus providing continuous protection.

Q: What is the nature of your company?
A: We are a company specializing in the production of industrial aluminum profile. Also is a aluminium window manufacturers and aluminium pipe manufacturers. established in 2000.

Q: How long do you have to complete an order?
A: We will complete an order within 30 days of receiving the deposit.
Q: What kind of payment method do you use?
A: 30% deposit, 70% see the copy of the bill of lading.

Q: What is the specific process after ordering?
A: 1. we will make our drawings according to your drawings or samples that have to sent to me by DHL, and send to you confirm.
2. we will send mould cost to you and you arrange 100% mould cost to us by T/T
3. we will produce moulds while we receive the mould cost. it needs about 20 days to send samples to you confirm.
4. you confirm the samples and we will control the quality according to approved samples.
5. you place order to us and I will make a pro forma invoice to you.
6. you approve the pro forma invoice and arrange 30% deposit to us by T/T
7. when we receive the deposit, we need about 30 days to finish the order, I will send you invoice to you and you pay for 70% balance by T/T, and we load container.

Remarks.
1. we can discuss how to package.
2. MOQ, each profile is over 500kgs, each order is a full 20’ container that is about 12 tons, maximum length is 5.85m
3. we can discuss more technical requirement if you have, to keep away any mistake.

Q: What are the characteristics of traffic aluminum?
A: 1. Light weight           
When the specific gravity of aluminium (2.7g/cubic centimeter) is observed, the potential of aluminium as a weight-reducing material becomes obvious, which is less than half that of iron (7.8g/cubic centimeter) and copper (8.9g/cubic centimeter).           
2. Security           
Safety is the most important factor in vehicle design and customer selection. In the development of body structure, the most important thing is to find a suitable compromise between stiffness, crashworthiness and further body requirements (such as shape and packaging restrictions). We are also an aluminium extrusion suppliers. It includes aluminium frame system and aluminium curtain wall. Aluminum is very suitable for achieving these goals with the lowest possible quality and the highest performance.
3. Multifunction           
The most important advantage of aluminium is its easy-to-form, lightweight and cost-effective structure. Using different methods from high productivity stamping process to low die cost technology, precise sheet metal can be formed effectively, thus realizing small batch production. Extruding aluminium profiles is very common nowadays. An interesting aspect compared with competitive materials is that extruded, open and closed profiles with different wall thicknesses have complex shapes. Mesh and near-net aluminium parts can be produced by forging and other large-scale forming technologies, but especially by various casting processes.           
4. Cost-effectiveness           
With the application of aluminium in light vehicles by automobile manufacturers, more and more attention has been paid to the analysis of system cost and life cycle cost in order to achieve the expected results of improving driving performance, reducing fuel consumption or reducing emissions. Manufacturers are increasingly considering how to make full use of the weight reduction of one or more components and allow this weight reduction to provide further weight or cost savings in other vehicle components.           
5. Recyclable           
Aluminum from transport applications is part of an established recycling system. Recycled aluminium can be used in almost all applications, protecting raw materials, reducing emissions and leading to considerable energy saving. At present, metal and aluminium are the most important and play an important role in financing the end of automobile life through their high waste value.           
6. Fashion           
In the past two centuries, it is not surprising that some of the most fashionable cars (actually buildings, consumer goods, fashion goods and accessories) have adopted aluminium, because aluminium is not only functional, but also aesthetic; its durability, formability and extensive fineness. HES. Airflow trailers, London's Eros, Philip Stark's 1006 chairs, iPod, BMW 328 racing cars - all make full use of aluminum's lightweight, strength and durability, while transforming from functional objects to cultural icons through its stylish appearance and feel.           
7. Durable.           
Aluminum, even unpainted and unpainted, can resist the corrosion of water and road salts, and in non-cosmetic key components, the use of aluminium can avoid the huge additional costs of galvanizing, painting and painting some competitive materials. Aluminum will not rust if there are scratches or notches in the paint. Nor does it weaken or become brittle due to desert heat, northern cold or ultraviolet radiation in sunlight.

Q: What is the development trend of traffic aluminum?
A: Transportation aluminum covers a wide range, not just all-aluminum passenger cars, this is only a small piece. The future development trend of aluminum for transportation generally includes the following parts: aluminum for aviation and aerospace, aluminum for rail transportation, and aluminum for automobiles.
Aluminum aluminum for ships is an ultra-high-strength deformed aluminum alloy that is widely used in the aviation industry. It has good mechanical and processing properties, good plasticity after solution treatment, good heat treatment strengthening effect, generally high strength below 150 ° C (or even higher), good toughness, is an ideal structural material. In addition, aviation aluminum is light in weight and light in weight, and has replaced steel and occupied the leading position of current aviation materials. Aviation equipment has higher requirements for aluminum and is an important high-end application market for aluminum.
In the construction of the main locomotive and ancillary facilities of the rail transit, a certain amount of aluminum is required. Among the aluminum materials used, extruded industrial aluminum profile are mainly used, accounting for 76% of the total aluminum materials. Other aluminum materials (plates, foils, tubes, rods, forgings, castings, composites, foams, etc.) account for 24%. Include aluminum framing system and aluminum curtain wall.
In addition to the structural parts, aluminum is also used to manufacture functional components, such as aluminum foil components for heat dissipation systems, foam aluminum panels for sound insulation, and aluminum-plastic composite panels for decoration. Rail transit mainly includes two categories of high-speed rail and subway. We are also an aluminium extrusion suppliers.
Aluminum for automobiles is the main consumption direction of aluminum for transportation. The average aluminum consumption per vehicle in China is only 105 kg, and that in Europe and America is 140-150 kg. It is expected that the amount of aluminum used in China will increase by 10%~12% in the next year. With the increasing environmental pollution and energy crisis, reducing vehicle weight and reducing fuel consumption have become an important direction for the green development of the automotive industry. According to relevant statistics, the weight of the passenger car is reduced by 10%, and the fuel consumption will be reduced by 6% to 8%. It can be seen that the lightweight of automobiles has great significance, which not only can alleviate the energy crisis to a certain extent, but also contribute to the control of environmental pollution.
Industrial industrial aluminum profile have been used in the shipbuilding industry for nearly a hundred years. With the rapid development of the shipbuilding industry at home and abroad, the lightweight of ships is increasingly being taken seriously. Now extruded aluminium sections is very common. Due to its low density, high strength and high corrosion resistance, aluminum is very suitable for the harsh environment of the ocean. The processing cost of aluminum is lower, so it is more economical to use aluminum to manufacture ships.
 

The aluminium material shown above is the aluminium material used in rail transit. Rail transit includes metro, elevated railway and inter-city railway with speed not less than 200 km/h. Include aluminum framing system and aluminum curtain wall. The aluminium profile car body has the characteristics of lightweight, high sealing and corrosion resistance. It is widely used in rail vehicles. We are also an aluminium extrusion suppliers. It is precisely because of the unique properties of aluminium that this kind of aluminium material is widely used in transportation.

The aluminum material shown in the above figure is also used in the construction of traffic tracks. This type of transportation aluminum has a place in today's market because of its unique properties, lightweight material structure and strong corrosion resistance.

The aluminium shown in the figure above is made of aluminium sheets specially for ships and vehicles. At present, many load-bearing components and body of the train are all made of aluminium. It is the application of all-aluminium that makes it possible for train speed to exceed 350 km/h. In recent years, engineers have gradually found other forms of aluminium products suitable for automotive applications, such as extrusion and stamping parts. Forging applications are also increasing in chassis and suspension systems, impact management and other structured applications. Aluminum is still a hot material for marine ships because of its light weight, easy moulding, Now extruded aluminium sections is very common. corrosion resistance and wear resistance. The unique properties of aluminium allow ships to increase volume and height without losing stability. The application of aluminium in ships conforms to and is recognized by the IMO High Speed Code in terms of design, safety and fire control. Include aluminum framing system and aluminum curtain wall.  Advances in aluminium processing technology, such as friction stir welding and structural bonding, have made aluminium a suitable target in this field.

The aluminum materials shown in the above figure are commonly used aluminum materials for traffic signs. They are more common in life. Due to their light weight and strong corrosion resistance, they replace the traditional steel traffic signs and are widely used.

 

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