1060 Aluminum for Transformer Aluminum Strip

 Transformer aluminum strip is a commonly used conductive material in power transformers, which plays an important role in power transmission and distribution. In order to ensure that the transformer can operate normally and has good conductivity, standards are set for the thickness and width of the transformer aluminum strip.

Aluminum strips for transformers have a high aluminum content (usually 99.6%-99.7% or more). The electrical conductivity and thermal conductivity of aluminum are only lower than those of conventional metals such as copper. The main grades of transformer aluminum strips are A1060 (O), which are mainly used as conductive materials for high and low voltage windings of dry-type transformers.

Transformer aluminum strip has good elongation and tensile strength, which can fully meet the conventional processing requirements (stamping, stretching) and has high formability. It is industrial pure aluminum with high plasticity, corrosion resistance, electrical conductivity and thermal conductivity, but low strength. It can be gas welded, hydrogen atom welded and contact welded, but not easy to braze.

The main components of 1060 aluminum strip are carbon, chromium, aluminum, iron, manganese, zinc and tin, mainly aluminum, of which the aluminum content is about 99.6% or more. 1060 aluminum has excellent mechanical properties and good corrosion resistance, and is widely used in air exhaust pipes, hot water pipes, cold water pipes, heat exchangers, automobile manufacturing, mechanical processing and other industrial fields.

The main processing equipment for dry-type transformer aluminum strips is the slitting unit, which can be divided into the required length and width according to the needs. Usually, the aluminum strips of dry-type transformers are cut according to the actual width required by the user, which can reduce waste, reduce processing procedures (no cutting), and save raw material costs.

Haomei Aluminum can provide fine packaging and simple packaging. Fine packaging is that the aluminum strip is firstly wrapped with oil paper, and simple packaging is a direct packaging with aluminum strip rolls.

At the same time, according to the placement direction of the aluminum strip, it can be divided into vertical packaging and horizontal packaging. Vertical packaging is the inner hole of the aluminum strip facing the sky, and horizontal packaging is the inner hole of the aluminum strip facing the wall.

Original source: https://www.aluminumstrip24.com/news/1060-aluminum-for-transformer-aluminum-strip.html

2000 Series Aluminum: AA2024

 The aerospace field mainly develops high-strength, high-toughness and corrosion-resistant aluminum alloys to meet the harsh use conditions of aerospace. The 2xxx series aluminum and 7xxx series aluminum alloys are more widely used. The main components of the 2000 series aluminum alloy are aluminum (Al), copper (Cu), and magnesium (Mg).

The corrosion resistance of the 2xxx series alloys is not as good as most other aluminum alloys and intergranular corrosion may occur under certain conditions. Therefore, these aluminum alloys are usually clad with high purity alloys or 6xxx series magnesium silicon alloys to provide electroplating protection to the core material, which greatly improves corrosion resistance.

The composition of 2024 aluminum alloy roughly includes 4.3-4.5% copper, 0.5-0.6% manganese, 1.3-1.5% magnesium and less than 0.5% silicon, zinc, nickel, chromium, lead and bismuth. It can only be welded by friction welding and has moderate machinability.

2024 aluminum alloy is an alloy frequently used in the aerospace industry. It is a high-strength alloy suitable for projects requiring high strength-to-weight ratio and fatigue resistance. Therefore, it is mainly found in wing and fuselage structures that are often subjected to tension.

The newest and best performing alloy in the 2000 series is 2524 aluminum alloy, which has significant improvements in toughness and fatigue resistance compared to 2024 aluminum alloy and has been successfully used in the B777 passenger aircraft.

For fuselage applications, the fracture toughness of 2524-T3 alloy is improved by 15-20%, and the fatigue crack growth resistance is twice that of 2024-T3. This improvement can reduce weight and extend the service life by 30-40%. AA 2024 t351’s fatigue strength is about 45% of yield strength.

2014 is a high-strength forged aluminum alloy of the Al-Cu-Mg-Si series, which can be strengthened by heat treatment. The chemical composition of this alloy is similar to that of 2A14 aluminum alloy, with high strength and good hot working properties, and is easy to forge. 2014 is used to manufacture rims that require high strength, high hardness and high loads, such as rims, truck frames and suspension assemblies, rocket booster fuel tanks and structural parts, etc.

Original source: https://www.aircraft-aluminium-sheet.com/a/2000-series-aluminum-aa2024.html

6101 Aluminum Sheet and 5754 Aluminum Sheet

 Automotive aluminum sheets can be classified into 5xxx, 6xxx and 7xxx aluminum alloys on alloy composition. 5754, 5182, 5023 are used for inner covering parts and structural parts; 6016, 6014, 6022, 6111 are used for outer covering parts; 7075 is used for hot-formed structural parts.

There are many alloy grades of 6 series aluminum profiles, the most commonly used ones are 6463, 6262, 6201, 6082, 6063, 6061, 6010, 6009, 6005, etc. Aluminum-magnesium-silicon alloy is the most commonly used aluminum alloy in wires and cables, which are 6101 aluminum and 6201 alloys, and the states are T1 and T4. In 2020, the global consumption of this aluminum alloy exceeded 5000kt.

6101 aluminum alloy wire has medium strength and high conductivity, and can be used for long-distance transmission lines. Compared with traditional steel core aluminum alloy stranded wire (ACSR), the all-aluminum alloy stranded wire (AAAC) twisted by a single Al-Mg-Si alloy wire can well avoid electrical corrosion, and can reduce the maintenance cost of transmission lines while improving transmission efficiency. At the same time, Al-Mg-Si series alloys are heat-treatable strengthening alloys, and their strength and conductivity can be adjusted by solid solution + aging heat treatment.

5754 aluminum sheet is mostly used by automobile manufacturers abroad, such as door panels, engine covers, or trunk covers. Usually 5754 aluminum sheet is processed into H111 state or H0 state through annealing, because it can only be bent in this state, and of course the price is higher than 5052 aluminum alloy sheet.

5754 aluminum alloy is a typical alloy in Al-Mg alloy series, with medium strength, good corrosion resistance and weldability, easy processing and forming, etc. 5754 aluminum alloy plates in different heat treatment states are widely used in welding structural parts, large roof panels, automobile manufacturing, rail transportation and shipbuilding industries, among which H32 state aluminum plate is one of the most widely used heat treatment states.

Haomei Aluminum has rich alloys of 5xxx and 6xxx aluminum alloys for automobile manufacturing. Welcome to leave message below to inquire what you need from us.

Original source: https://www.aluminium-auto-sheet.com/a/6101-aluminum-sheet-and-5754-aluminum-sheet.html

What Are Uses of 6082 t6 Aluminum Rod

 In the vast universe of materials science, 6082 aluminum rod is a shining star. With its excellent performance, wide applicability and unlimited innovation potential, it has become an indispensable and important element in many industries. Today, let us step into the world of 6082 aluminum and explore the wireless possible application areas it brings.

Let's take a look at the basic characteristics of 6082 aluminum rod. 6082 aluminum rod is a a high-quality aluminum alloy with high strength, good corrosion resistance and machinability. These characteristics make 6082 aluminum perform well in many fields.

In the field of electronic product accessories, the application of 6082 aluminum bars is particularly extensive. With the rapid development of science and technology, electronic devices such as smartphones and tablets have become an indispensable part of people's lives. As the shell and radiator material of these devices, 6082 aluminum bars not only provide solid protection, but also ensure good heat dissipation performance of the equipment. Its light weight and beautiful features also make electronic devices more portable and fashionable.

However, the application of 6082 aluminum rods is far more than that. In the field of aerospace, 6082 aluminum rods are favored for their high strength and corrosion resistance. Aircraft fuel tanks, fuselages, skins, compressors and other parts need to withstand huge pressure and harsh environmental conditions, and 6082 aluminum rods are the ideal material for these parts. Its use not only reduces the overall weight of the aircraft, improves fuel efficiency, but also ensures the safety and stability of flight.

In the field of automobile manufacturing, 6082 aluminum bars also show their unique advantages. With the improvement of environmental awareness and the requirements of energy conservation and emission reduction, automobile lightweighting has become an important trend in the development of the industry. As a lightweight and high-strength material, 6082 aluminum bars are widely used in precision parts such as engine parts, suspension systems and braking systems. Its use not only reduces the fuel consumption and emissions of automobiles, but also improves the performance and safety of automobiles.

In addition, 6082 aluminum bars are also widely used in the fields of shipbuilding and marine engineering, machinery manufacturing, etc. In the shipboard and components of marine ships, the corrosion resistance of 6082 aluminum bars enables it to cope with the challenges of seawater environment. The ribbed aluminum plate is another popular aluminum profile used in the shipbuilding field.

With the continuous progress and innovation of science and technology, we believe that 6082 aluminum bars will open up more and more unlimited application areas. For example, in the field of new energy, 6082 aluminum bars can be used to manufacture solar panel brackets, wind turbine blades and other components to support the development of renewable energy.

Haomei Aluminum provides different forms of 6082 aluminium alloy products. Welcome to inquire what you need from us.

Original source: https://www.marine-aluminium-plate.com/a/what-are-uses-of-6082-t6-aluminum-rod.html

Alloy Aluminum Plate for Tank Truck

 The use of alloy aluminum plates in tank truck body manufacturing is a future development trend. Using aluminum alloy aluminum plates to manufacture tank truck bodies can reduce the total weight of each vehicle by 3-5 tons on the original basis, thereby reducing the inertia of the body. The biggest advantage of alloy aluminum plates in the tank truck industry is to improve the efficiency of transportation and achieve the actual effect of energy saving and consumption reduction.

In Europe and the United States, 80% of semi-trailers are aluminum alloys, and in Japan, the market share of aluminum alloy semi-trailers even exceeds 90%. 5083-o and 5083 h111 have a sufficient market practice basis as a material for the tank body of a powder tanker in Europe.

5083 ultra-wide aluminum plate is the main alloy material for aluminum tank trucks. 5083 ultra-wide aluminum plate is widely used in tank trucks because tank trucks are generally longer, with a length of 4-12.5 meters. The wider the plate width, the more difficult it is to control the plate shape. The plate shape has a great influence on the surface quality of the plate and is the key to whether qualified products can be rolled. Ultra-thin thickness requires more precise control, which places extremely high demands on production. Haomei Aluminum can make it.

Among them, the can body uses 5083H111 aluminum plate, and the heads on both sides need to be bent, using 5083-O aluminum plate, which is softer in O temper. The bulkhead (wave-breaking plate) part uses 5083-O temper. Some manufacturers also use 5454H111 aluminum plate to produce the tanker body.

The tensile strength of 5454 aluminum sheet exceeds 215MPa, which is about 20% higher than that of 5052 aluminum sheet. Under harsh conditions, 5454 aluminum sheet exhibits excellent corrosion resistance. Due to its good ductility and high strength, 5454 aluminum sheet is widely used in fuel tanks, tank truck bodies, marine facility pipelines, automobile wheels and other fields, effectively reducing the weight of vehicles.

5454 aluminum is is an alloy commonly used in the manufacture of can bodies, and its use state is O or H111. The 5454 alloy has a high Mn content, so the homogenization process will inevitably affect the size of the Mn-containing phase, thereby affecting the mechanical properties of the sheet.

Therefore, in order to ensure the stability of the performance of 5454 sheets under industrial mass production conditions, Haomei Aluminum adjusted the precipitation process of the Mn-containing phase during the homogenization of the 5454 alloy ingot and adjusted the alloy homogenization system to achieve stable product batch performance.

Original source: https://www.aluminium-tanker-plate.com/a/alloy-aluminum-plate-for-tank-truck.html

5083 Aluminum Plate OEM for Trailer

 5083 aluminum plate OEM belongs to the 5 series aluminum alloy. It is a deformed aluminum alloy with Mg as the main alloying element, that is, Al-Mg, which is a non-heat-treatable aluminum alloy. The main characteristics are low density, high tensile strength and high elongation. Therefore, it is often used in rail transportation, automobiles, aerospace and ships.

At present, most manufacturers mainly use 5083 aluminum alloy plates as tank materials. Due to its high strength and light weight, it can reduce the total weight of the vehicle and improve fuel efficiency. It can be used to make fuel tanker and powder semi trailer.

5083 aluminum plate can store liquid materials very well. 5083 aluminum plate itself has good corrosion resistance, which can well prevent the tank from rusting and corroding due to the storage of liquid materials, and can well extend the service life of the tank.

Powder semi-trailers can be used for the transportation of bulk powder and granular materials in industry, agriculture, and construction, such as bulk cement, fly ash, talcum powder, powder feed, and lime powder. There is no pollution or noise during loading and unloading.

The common width of 5083 ultra-wide aluminum plates purchased by tank truck companies is 2.2 meters, and the thickness is 5mm, 6mm, 7mm, and 8mm. A tank truck is usually made of 4-6 ultra-wide aluminum plates. Such ultra-wide aluminum plates do not require too much welding, which can reduce the possibility of leakage due to inadequate welding.

The wider the plate width, the more difficult it is to control the plate shape. The plate shape has a great influence on the surface quality of the plate and is the key to whether qualified products can be rolled. Ultra-thin thickness requires more precise control, which places extremely high demands on production.

Besides 5083 aluminum plate, other aluminum trailer sheeting has 5182, 5454 and 5754. 5182 plate can better demonstrate its corrosion resistance and welding performance, and under the condition of the same loading mass, the tank wall thickness can be thinner and the dead weight can be lighter. In addition, 5454 plate can be used in high temperature environment or transport high temperature liquid. Welcome to leave message below to inquire what you need.

Original Source:https://www.aluminumtankerplate.com/a/5083-aluminum-plate-oem-for-trailer.html

Black Colored Aluminum Sheet 4x8

 Colored aluminum sheets China is a product after the surface of aluminum plate is sprayed, roller coated and painted. It can present various color differences. Common colored aluminum plates are gray, black, white, blue, red, orange, green and other colors.

The color coated aluminum sheet chooses 1060, 3003, 3004 and other aluminum plates as the base material. The surface is made by 2 coatings and 3 bakings. The paint film thickness of the colored aluminum plate is stable and the service life is long. It is suitable for various indoor and outdoor buildings.

Commonly used topcoats include polyester (PE), HDP (high durability polyester), silicon-modified polyester (SMP) and PVDF (polyvinylidene fluoride). Primers and backcoats include epoxy (EP), polyester (PE), polyurethane (PU), etc.

Fluorocarbon paint is a high-grade acid-resistant, alkali-resistant, and weather-resistant environmentally friendly paint. The coated plate made by the fluorocarbon roller coating production process has superb acid-resistant, alkali-resistant, and corrosion-resistant properties and super strong weather resistance.

Decorative color-coated aluminum sheets are widely used because of their good strength, corrosion resistance, long life, easy forming, easy cleaning, no discoloration, and no pollution. Color-coated aluminum sheets are currently a new building material, widely used in aluminum-plastic panels, aluminum veneers, aluminum honeycomb panels, aluminum ceilings, roof surfaces, cans, and electronic products.

Its common sizes are 4x8, 4x10, 4x12 and 5x10. The size of black aluminum sheet 4x8 is 1219 x2438 mm. The size 4x10 is 1219x3048 mm. The size 4x12 is 1219x3658 mm. The size 5x10 is 1524x3048 mm. The size 5x12 is 1524x3658 mm.

How to choose color coated aluminum sheets

1. Aluminum sheet type and grades, including yield strength, tensile strength and elongation of the substrate metal.

2. Coating, such as coating thickness, adhesion, coating type (GI, GL, ZAM, etc.).

3. Paint, including color difference, gloss, T-bend test, impact test, hardness, powder resistance, heat and humidity resistance, etc.

4. Whether the surface has visible surface defects, matte or glossy, embossed or plain, etc.

5. Design, including tolerances, surface roughness, etc.

Original source: https://www.hm-alu.com/a/black-colored-aluminum-sheet-4x8.html

What Are The Main Aircraft Aluminum Alloys

 High strength aluminum alloys are mainly used in aircraft body structural components, including fuselage/wing skins, fuselage/wing long spars, wing/tail ribs, wing/tail wing spars, fuselage bulkheads and other main structures. Heat-resistant aluminum alloys are mainly used in aircraft high-temperature area structures, such as engine compartments, air conditioning system structures, etc. Corrosion-resistant aluminum alloys are mainly used in aircraft kitchens, toilets and environmental control system structures.

Aircraft manufacturers use high-strength alloys (mainly alloy 7075) to strengthen aluminum aircraft structures. 7075 aluminum plate China has copper (1.6%), magnesium (2.5%) and zinc (5.6%) for ultimate strength, but the copper content makes it very difficult to weld. On the other hand, it has a very good anodizing effect.

7050 alloy is a high-purity super-hard aluminum, which not only has low content of impurities Fe and Si, but also low content of Mn. 7050 aluminum plate is developed on the basis of 7075 aluminum alloy. 7050 alloy is mainly used in aircraft to manufacture main load-bearing structures that require high strength, high stress corrosion and exfoliation corrosion resistance and good fracture toughness, such as fuselage frames.

2024 aluminum plate is a typical hard aluminum alloy in the aluminum-copper-magnesium system, and is commonly used in T3 and T4 states. Its composition is relatively reasonable, and its comprehensive performance is good. It is the largest amount used in hard aluminum. This alloy thick plate is mainly used in fuselage, wings, shear ribs and webs, as well as other structural parts with high strength requirements.

The derivation of 2024 alloy is to develop towards high purification while keeping the main alloy elements roughly unchanged, so as to improve the plasticity, toughness and strength of the alloy. By reducing the Fe and Si impurity content in 2024 alloy, new alloys such as 2124, 2224, and 2524 have been studied successively.

Generally speaking, the development direction of aircraft grade aluminum sheets is from high strength and low toughness to high strength and high toughness and then to high strength, high toughness and corrosion resistance. The heat treatment state development has developed along the lines of T6 to T73 to T76 to T736 to T77.

The degree of alloying is getting higher and higher, the content of impurities such as Fe and Si is getting lower and lower, and the addition of trace transition elements is becoming more and more reasonable, which ultimately improves the overall performance of the alloy. Welcome to inquire aircraft aluminum price from us.

Original Source:https://www.aircraftaluminium.com/a/what-are-the-main-aircraft-aluminum-alloys.html

¿Cuáles son los usos papel de aluminio industrial?

 El papel de aluminio industrial para transformadores se utiliza principalmente para transformadores pequeños y medianos con una capacidad de menos de 2000 kVA. Sus ventajas son que puede aumentar el factor de llenado del material conductor en la ventana de hierro, reducir el volumen y aumentar la conductividad térmica radial del devanado, con un gradiente de temperatura bajo y una buena estabilidad térmica, suprimiendo así la temperatura del punto caliente del devanado.

El papel de aluminio para baterías tiene las características de buena conductividad, textura suave, ventaja de costo, rendimiento estable bajo alto potencial y no es fácil de oxidar, y las características anteriores se adaptan bien a los requisitos de las baterías de energía para colectores de corriente. En la actualidad, el papel de aluminio para baterías que se produce en el mercado es principalmente 1060, 1070, 1100, 1235 y otras aleaciones, y las aleaciones anteriores pertenecen a la serie 1000.

El papel de aluminio para aire acondicionado es un material especial para la fabricación de aletas de intercambiador de calor para acondicionadores de aire. El papel de aluminio para aire acondicionado que se usaba en los primeros días era papel de aluminio simple. Para mejorar el rendimiento de la superficie de la lámina simple, la lámina de aluminio revestida debe reprocesar la superficie de la lámina de aluminio no revestida para otorgarle algunas funciones especiales. Antes de formarse, se recubre con un revestimiento inorgánico anticorrosión y un revestimiento orgánico hidrófilo para formar una lámina hidrófila. En la actualidad, la lámina de aluminio hidrófila representa el 50% de la cantidad total de láminas de aire acondicionado, y su tasa de uso aumentará aún más.

El tubo flexible de lámina de aluminio es un tipo de tubería ampliamente utilizado en varios campos y tiene muchos usos comunes. En términos de ventilación e intercambio de aire, la manguera de lámina de aluminio tiene un mejor rendimiento de ventilación, puede transmitir aire de manera efectiva y mantener el aire interior fresco y circulante. En algunas ocasiones especiales, como lugares con altos requisitos de protección contra incendios, el rendimiento de protección contra incendios de la manguera de lámina de aluminio es obviamente superior.

El condensador de lámina de aluminio es un tipo de lámina de aluminio fabricada mediante una serie de procesos de laminado, limpieza y corte en lingotes de aluminio de alta pureza. Se utiliza a menudo en componentes electrónicos. El rollo grande de papel aluminio electrónico es principalmente papel de aluminio de alta pureza, como el papel de aluminio 1070, el papel de aluminio 1100, etc. Tiene buena conductividad eléctrica y térmica y es un material común para los condensadores electrolíticos.

Original source: https://www.placadealuminio.es/a/cuales-son-los-usos-papel-de-aluminio-industrial.html

What Will The Aluminum Bring for The Electric Vehicles

 Electric vehicles have a more urgent need for lightweighting, and the application of aluminum alloys in electric vehicles is particularly significant. The use of aluminum alloy structures in electric vehicles can increase cruising range, reduce battery consumption, and at the same time meet the requirements for body strength and safety.

6101 aluminum alloy is commonly used for high-strength aluminum for buses, electrical conductors and heat sinks, busbar conductors, etc. Aluminum-magnesium-silicon alloy is the most commonly used aluminum alloy in wires and cables, which are 6101 and 6201 alloys, and the states are T1 and T4.

Al-Mg-Si alloy with magnesium and silicon as the main added elements has high strength (about 1.8 times that of electrical hard aluminum) and density ratio, good conductivity and excellent corrosion resistance.

5754 aluminum plate belongs to the Almg3 series, and its magnesium alloy content is higher than that of 5052 aluminum plate, which is slightly higher than that of 5052 aluminum plate. 5754 aluminum plate belongs to medium-strength aluminum alloy plate, with a magnesium alloy content of 2.6-3.6. It is widely used in welding structures, storage tanks, pressure vessels, ship structures and offshore facilities, automobile manufacturing, and transport tanks.

For the bottom protection plate and top plate of the car, 5083, 5754 and 5052 aluminum plates for automobile are usually used. 5754 belongs to AL-MG anti-rust aluminum, which has the characteristics of medium strength, good corrosion resistance, weldability and easy processing and forming.

Based on the superior performance of 5754 aluminum sheet itself, it is favored by automobile manufacturers and is widely used in the manufacture of automobile parts such as car doors, trunk lids, engine covers, etc.

As the material of the gearbox housing, 5754 aluminum plate not only has good corrosion resistance and weldability, but is also easier to process and form, providing a solid guarantee for the stable operation of the vehicle.

En AW 5754 h11 aluminum alloy is used in the field of door lining manufacturing. It has the advantages of high strength, good plasticity, high specific strength, good welding performance, strong temperature resistance, good corrosion resistance, and high fatigue strength.

Original Source:https://www.autoaluminumsheet.com/a/what-will-the-aluminum-bring-for-the-electric-vehicles.html

Aluminum Foil for Capacitor and Flexible Duct

 In terms of current production, aluminum electrolytic capacitors occupy the second place among capacitors. This type of capacitor was originally a general DC capacitor, but now it has developed from DC to AC. In short, the development of aluminum electrolytic capacitors is getting wider and wider.

In terms of materials, the homemade capacitor aluminum foil is very particular about its composition and structure. It is no longer required to be high purity. For example, for anode foil, its purity is required to be appropriately high. In order to improve the number of initial corrosion points, mechanical strength and the performance of the dielectric oxide film, the aluminum foil should contain certain impurities appropriately.

In terms of technology, in addition to the mechanization and automation of production, the progress of aluminum electrolytic capacitors in technology is mainly in the two processes of corrosion and empowerment. The corrosion coefficient of aluminum foil is not only very high (low-voltage capacitor foil has reached 100, and high-voltage has reached 30), but also can be corroded into aluminum foil with different pit morphologies according to the performance requirements of the capacitor.

8011 and 1100 aluminum foil jumbo rolls with H22/H18 temper are often used for the flexible duct. After embossing or coating, the gray or gold aluminum foil is compounded with phenolic board or polyurethane board, generally double-sided compound, and the finished product specifications are 20mm thick, 1200mm wide, and 4000mm long.

Compared with traditional composite ducts, phenolic aluminum foil ducts have the following advantages:

1. Super strong surface hardness. It can effectively resist collision and impact. The impact resistance is comparable to that of iron ducts, and exceeds that of inorganic fiberglass ducts, avoiding damage caused by cross-construction.

2. It is on-flammable, smokeless, and non-toxic, which is the best fire-proof smoke exhaust type duct.

3. Good insulation can greatly reduce the heat loss of air conditioners.The thermal conductivity of phenolic composite ducts is 0.016~0.036W/(m·k), while the thermal conductivity of galvanized steel ducts and FRP ducts is much higher.

4. It has strong weather resistance, which is suitable for outdoor air ducts, and can withstand long-term wind, sun and rain. Galvanized steel plates are more likely to rust in a humid environment, and fiberglass is easy to age and damage.

Original Source: https://www.alumfoils.com/a/aluminum-foil-for-capacitor-and-flexible-duct.html

What Are Main Types of Beverage Packaging

 At present, the beverage packaging in my country is divided into PET bottles, metal cans, paper-plastic composite packaging, glass bottles and other packaging forms according to the materials used.

The proportion of various packaging forms is approximately: glass bottles account for about 30%, polyester bottles account for 30%, two-piece aluminum cans account for nearly 20%, three-piece cans and paper-plastic composite materials account for about 10%. Aluminum alloy sheets for closures can be used for different bottle packaging.

Metal can packaging

Metal cans are still the most widely used beverage packaging containers in the market. Metal cans for beverage packaging are divided into two-piece cans and three-piece cans. Two-piece cans are mainly made of aluminum alloy plates and are mostly used for the packaging of carbonated beverages; while three-piece cans are mainly made of tinned thin steel plates (tinplate) and are mostly used for the packaging of beverages without carbon dioxide. 5182 alloy is usually use for the pull ring.

Metal cans have the following advantages as beverage packaging:

1. They have excellent barrier properties. They can not only block gas, but also light, which can make beverages have a longer shelf life.

2. They have excellent mechanical properties, mainly in terms of high temperature resistance, humidity resistance, pressure resistance, insect resistance, and resistance to erosion by harmful substances.

3. They are not easy to break, easy to carry, and adapt to the fast-paced life of modern society.

4. Their good surface decoration can stimulate consumption and promote sales.

5. They can be recycled and reused.

Glass packaging

Glass is a packaging material with a long history, and glass bottles are also traditional beverage packaging containers in my country. With a variety of packaging materials pouring into the market, glass containers still occupy an important position in beverage packaging because they have packaging characteristics that cannot be replaced by other packaging materials, but the amount of use has begun to decrease significantly.

The main features of glass packaging containers are: non-toxic, odorless, transparent, beautiful, good barrier properties, airtight, rich raw materials, low price, and can be used repeatedly. It is also heat-resistant, pressure-resistant, and washable. It can be sterilized at high temperatures and stored at low temperatures. It is precisely because of its many advantages that it has become the preferred material for many beverages that require high packaging containers, such as fruit tea and jujube juice. The color coated aluminum sheet can be used to make glass bottle caps.

Paper container packaging

Paper containers are mostly used for the packaging of fruits and vegetables, dairy products and refreshing drinks. According to their materials and shapes, they can be divided into base paper, brick-shaped composite paper boxes, paper cups, combination cans, etc. Compared with other containers, the advantages of paper containers are: low cost, light weight, convenient for logistics, no metal dissolution and can odor.

Original Source: https://www.alclosuresheet.com/a/what-are-main-types-of-beverage-packaging.html

What Are The Features of 5356 Magnesium Welding Rods

 5356 magnesium welding rods, as a general-purpose welding material, are widely used in the field of aluminum alloy welding. Its 5% magnesium alloy composition makes it particularly suitable for welding a variety of aluminum alloys, especially those that require higher strength and good corrosion resistance. Specifically, 5356 aluminum welding wire is most commonly used to weld 5-series and 6-series aluminum alloys, such as 5052, 5083, 6061, 6063 and other grades.

These aluminum alloys are widely used in aerospace, automobile manufacturing, shipbuilding, chemical containers, and building doors and windows due to their good mechanical properties, processability, and corrosion resistance. 5356 welding wire has excellent chemical compatibility with these alloys, and can form a stable metallurgical bond during welding, effectively reducing welding defects such as cracks and pores, thereby ensuring that the quality of the weld is equivalent to that of the parent material, and in some cases, the strength of the weld joint can even exceed that of the parent material itself.

In addition, 5356 aluminum welding wire also has good fluidity, which allows it to easily fill the weld during welding and form a smooth and uniform weld appearance. At the same time, its low melting point also means that the welding operation can be carried out at a relatively low temperature, which is conducive to reducing the width of the heat-affected zone and protecting the mechanical properties of the parent material from excessive damage.

When discussing the tensile strength of 5356 aluminum welding wire, we have to mention its outstanding performance in practical applications. 5356 aluminum welding wire not only meets the basic standard - tensile strength greater than or equal to 250MPa, but also shows extraordinary adaptability and stability in many complex welding environments.

Especially in the fields of aerospace, automobile manufacturing and marine engineering, 5356 aluminum welding wire has become the preferred material for connecting aluminum and aluminum alloy parts with its excellent corrosion resistance and good weldability. Its high strength characteristics ensure that the structural parts can maintain stable mechanical properties under extreme working conditions, whether it is the temperature difference change at high altitude or the high pressure environment in the deep sea.

In summary, when faced with the task of welding 5 series, 6 series or even 7 series aluminum alloys, choosing 5356 aluminum welding wire is undoubtedly a wise decision. It can not only meet the requirements of welding quality, but also improve work efficiency and reduce production costs. It is an indispensable and important material in the field of aluminum alloy welding. Haomei Aluminum is an aluminium 5083 stockist. Welcome to inquire 5083 aluminum sheet and 5356 welding wire from us.

Original Source:https://www.marinealu.com/a/what-are-the-features-of-5356-magnesium-welding-rods.html

What Are The Pharmaceutical Packaging Materials

 Medical packaging materials include wax, glass, ceramics, paper (board), rubber, metal, etc. Among them, glass has a long history of being used as product packaging and is the preferred packaging material for many beverages such as beer, fruit tea, and jujube juice. In the field of medical packaging, glass packaging materials are widely used for the packaging of injections, biological drugs, blood products, and oral liquids.

In addition to the above-mentioned traditional packaging materials, plastic packaging plays an increasingly important role in the pharmaceutical field. As a packaging material, plastic has many excellent properties such as high strength, good barrier properties, light weight, easy to carry, and transparency, thus becoming the main material in modern medical packaging.

1. Medical plastic bottles. The types of plastics used in practice include polyethylene (PE), polypropylene (PP), polystyrene (PS), polyester (PET), etc. PET is a material that has entered the medical plastic bottle market in recent years.

It has high transparency, which allows you to see whether the medicine has deteriorated, and its moisture barrier performance is particularly excellent, which greatly facilitates the preservation of medicines; it is easy to color or add some additives to meet special requirements (ultraviolet light blocking).

2. Rigid film. It is usually made into small bags for medical packaging applications. Plasma bagging is the most typical example of using composite film to package medicines. Breathable film plays an important role in the packaging of bone-attaching drugs.

3. Blister packaging of sheets and tablets is a popular packaging. The main materials used are aluminum foil, adhesives and plastic sheets; and plastic sheets are mainly polyvinyl chloride (PVC) sheets and polyester (PET) sheets. Alu PVC blister packaging is used for many drugs.

Polyvinyl chloride (PVC) sheets require non-toxic formulas; the content of ethylene oxide (VC) in PVC resin is less than 1X10-6. Polyester (PET) sheets are used for pharmaceutical packaging after PVC sheets, and after some European countries banned PVC for disposable packaging, it has become the main sheet for pharmaceutical packaging.

PTP aluminum foil is an important packaging material with excellent quality. It is made by rolling electrolytic aluminum. It is very ductile and has uniform thickness. It is often used in the packaging of tablets, capsules, and granules. As packaging aluminum, its thickness is less than 0.2mm. Welcome to leave message below to inquire pharmaceutical materials from us.

Original source: https://www.alumhm.com/a/what-are-the-pharmaceutical-packaging-materials.html

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