Hot Selling Aluminum Strip and Sheet to Know

1. Hot Selling Aluminum Strip and Sheet to Know Abstract: 4mm and 6mm aluminum sheet is a common thickness, which is often chosen by customers. Black aluminum tread plate is often used as the tool box of truck. PTP aluminum foil is a common raw material for medicine packaging. 2024 is a super hard aluminum alloy, which is not usually used in the form of aluminum strips. 4mm 6mm Aluminum Sheet Due to its strength properties, pure 4mm aluminum sheet is rarely chosen for structural fabrication. Although the 1xxx series are nearly pure aluminum, they can be susceptible to strain hardening, especially if they contain significant amounts of impurities such as iron and silicon. However, even in the strain hardening condition, the strength of the 1xxx aluminum alloys is low compared to other series of aluminum alloys. When 1xxx series alloys are selected for structural applications, it is usually because of their excellent corrosion resistance and/or high electrical conductivity. The most common applications for the 1xxx series alloys are aluminum foil, electrical bus bars, metallized welding wire, chemical tanks and piping systems. How and Why Alloying Elements Are Added to Aluminum

2. Adding alloying elements to aluminum is the main method used to produce a variety of different materials that can be used in a wide variety of structural applications. If we consider the seven specified aluminum alloy families for wrought alloys, we can immediately identify the main alloying elements used to produce each alloy family. We can then further study the effect of each of these elements on aluminum. The main effects of alloying elements in aluminum alloy sheets are as follows: 2XXX aluminum alloy: Aluminum-copper alloys typically contain 2% to 10% copper with minor additions of other elements. Copper greatly increases strength and promotes precipitation hardening. Adding copper to aluminum also reduces ductility and corrosion resistance. The susceptibility to solidification cracking of aluminum-copper alloys increases. Therefore, some of these alloys may be the most challenging aluminum alloys to weld. These alloys include some of the highest heat-treatable aluminum alloys. The most common applications for 2xxx series alloys are aerospace, military vehicles and rocket wings. 3xxx aluminum alloy: Manganese is added to aluminum to increase its strength through solid solution strengthening. It also improves strain hardening without significantly reducing ductility or corrosion resistance. These are medium-strength, non-heat-treatable materials that retain strength at elevated temperatures and are rarely used in primary structural applications. The most common applications for the 3xxx series alloys are kitchen appliances, radiators, air conditioning condensers, evaporators, heat exchangers and associated piping systems. 5xxx aluminum alloy: The addition of magnesium to aluminum increases its strength through solid solution strengthening and increases its ability to strain harden. These

3. alloys are the strongest non-heat-treatable aluminum alloys and are therefore widely used in structural applications. The 5xxx series alloys are produced primarily as aluminum sheet like 6mm aluminum sheet. Some common applications for 5xxx aluminum alloys include truck and train bodies, buildings, armored vehicles, ships, chemical tankers, pressure vessels, and cryogenic storage tanks. 6xxx aluminum alloy: The addition of magnesium and silicon to aluminum produces complex magnesium silicides (Mg2Si). The formation of this compound makes the 6xxx series heat resistant. The 6xxx series alloys are easy and cost-effective to extrude. For this reason, 6xxx alloys are most commonly found in a wide variety of extruded shapes. These alloys form important complementary systems with the 5xxx series alloys. Some common applications for 6xxx series alloys are armrests, drive shafts, automotive frame sections, bicycle racks, tubular lawn furniture,etc. Black Aluminum Diamond Plate Aluminum diamond plate lowes is of rich colors, high surface gloss and good decorative effect, therefore it is widely used in building decoration, indoor decoration, electronics products, automobile industry. The most popular one is 5 bar aluminum tread plate. It shows a raised five-rib pattern, which has a good anti-slip effect. It is used in vehicles, ships, pedals, floors, integrated house bathrooms, etc. Compared with the iron plate, it has a beautiful appearance, no rust, and light weight. Especially after anodizing, it is better suitable for small use in various humid environments, and does not change color after long-term use.

4. The high hardness and strong corrosion resistance of patterned aluminum plate make it have excellent application effect in humid environment. In recent years, it has become the first choice material for making refrigerator freezer liner. The choice of aluminum plate as the material of the refrigerator liner can reduce the cost as much as possible under the premise of ensuring its good thermal conductivity. The conventional thickness of aluminum diamond plate is 1.5mm, 2.0mm, 2.5mm, 3.0mm, 4.0mm. The specific thickness is adjusted according to the project. The patterned aluminum plate is made of 1060 aluminum plate. For special places, such as needing to be suspended, or in places with high corrosion, or prone to rust and corrosion, it is recommended to use 5052 or 6061 aluminum tread plate. Black aluminum checker plate has excellent corrosion resistance and weather resistance. The coated aluminum checker plate is to spray various colors of

5. fluorocarbon paint (or polyester paint) on the surface of the aluminum plate, and then bake and cure at high temperature. The black power coated aluminum checker plate is with a regular diamond pattern on one side. It is often used to make truck tool box. Aluminum checker plate is also a kind of metal material, and it also needs to be maintained in a scientific way during daily use. Firstly, clean regularly. Clean the stains on the surface with clean water or the corresponding stain remover. The residue of stains will easily cause corrosion and deformation of the aluminum plate; secondly, use professional spraying agent to coat the surface of the plate. It will bring the aluminum tread pate extra protection and play a role in beautifying the decoration. PTP Blister Aluminium Foil Specification The application of aluminum foil in pharmaceutical packaging includes aluminum-plastic blister packaging (PTP), strip packaging, aluminum-plastic combined bottle caps, aluminum-plastic sealing gaskets and double aluminum packaging, of which ptp blister packaging is its main application, with moisture-proof, hygienic , safety, convenience and other advantages, thus becoming a new type of pharmaceutical packaging widely used in the world. Pharmaceutical blister (PTP) packaging is to place the drug in the blister of the the blister-formed plastic hard sheet, and then a piece of blister aluminium foil that has been printed and coated with a protective agent is heat-sealed with the hard plastic sheet. The main materials of blister packaging are PTP aluminum foil, plastic hard sheet (polyvinyl chloride PVC) and adhesive.

6. Pharmaceutical PTP aluminum foil is non-toxic, odorless, and is of light weight, excellent shading properties, high moisture resistance and barrier properties. Aluminum foil for medicine packaging can be divided into hard aluminum foil and soft aluminum foil. The former is mostly used for blister packaging of tablets and capsules, while the latter is generally used for outer packaging of powder and granules. Since the cold stamping forming hard sheet needs to be stamped and formed, the thickness of the aluminum foil used is much thicker than that of the ordinary composite film. Generally, a 45μm thick aluminum foil is used. For the occasion of stamping into a shallow bubble, the thickness of the aluminum foil can be appropriately reduced. Generally, the minimum thickness is 30μm. For the application of stamping into a particularly deep bubble (≥15mm), or the application of cold stamping hard sheet with better stiffness, the thickness of the aluminum foil can be increased appropriately, and the thickness can be increased to 70μm. At present, there are three main types of aluminum foil used for pharmaceutical packaging, namely 8079 aluminum foil, 8021 aluminum foil, and 8011 aluminum foil. The three mainly have a little difference in metal element content and thickness.

7. 8011 aluminum foil, also known as PTP aluminum foil, has a thickness of 0.016-0.04mm, high silicon content, and contains manganese and iron, which has high strength and corrosion resistance. It is often used in the packaging of medicine capsules or the back of medicine plates in pharmaceutical packaging. It is also used for the packaging of bottled liquids (such as antibiotics, infusion and other drug bottle caps). 8021 aluminum foil, also known as aluminum blister foil, has a thickness of 0.04mm-0.065mm, and is often used for the packaging of light-shielding medicines or moisture-proof medicines. The price of 8079 aluminum foil is high, compared with 8011 and 8021 aluminum foil, so its application is relatively less. The way to make pharmaceutical aluminum foil packaging is to print and coat the aluminum foil on a special machine. During the production process, some quality problems such as pinholes, uneven thickness, poor surface printing quality, and low heat-sealing strength occurred. It is necessary to formulate strict material inspection methods and systems in order to improve the quality of raw materials and products. Super Hard 2024 Aluminum Strip What is 2024 aluminum alloy 2024 aluminum alloy is a kind of high-strength duraluminum, which belongs to the Al-Cu-Mg series. It is mainly used to make various high-load parts and components. It can be strengthened by heat treatment and has medium plasticity in the quenched and just-quenched state. The corrosion resistance is not high, and anodizing treatment and painting methods are often used to improve its corrosion resistance. It is mainly used to make various high-load parts and components (but not including stamping forgings), such as air frame, skin, ribs, spars, rivets and other working parts below 150 °C on aircraft.

8. 2024 aluminum stripe chemical composition Allo Si Fe Cu Mn Mg Cr Zn Ti Other Al y eac tota h l 202 0. 0. 3.8-4. 0.3-0. 1.2-1. 0.1 0.2 0.1 0.05 0.1 Remaind 4 5 5 9 9 8 0 5 5 5 er Physical properties Alloy Tensile Yield Elongation % Hardness/HBWα Density strength Strength (20°C) Rm/Mpa Rp0.2/Mpa (g/cm3) 2024-t4 425 275 14 120 2.8 Main tempers 2024 aluminum strip can be produced in an annealed condition as well as various tempers – T3, T4, and T8. Some of the most common available tempers of this alloy are 2024-T351, 2024-T851, 2024-T6, 2024-T4, 2024-T3, 2024-O.

9. 2024 VS 6061 6061 aluminum, also known as "structural aluminum", is a 6000 series alloy with magnesium as the main alloying element. It offers medium to high strength, but does not offer the same tensile strength or yield strength as 2024. While it's less powerful, it's more versatile. It is more corrosion resistant, easier to weld and more suitable for machining. 2024 aluminum sheet and 6061 aluminum sheet alloy are popular choices in various industries. However, in aerospace applications, 2024 aluminum sheets are usually chosen, while 6061 aluminum sheets are used as daily general-purpose metals. Like other alloys in the 2000 series, 2024 aluminum sheet is primarily alloyed with copper, which makes it extremely resistant to metal fatigue. In other words, under repeated stress, the metal retains its strength and properties. 6061 aluminum plate is mainly alloyed by adding silicon and magnesium. The other metallic elements of the alloy include, in ascending order of quantity, titanium, manganese, zinc, chromium, copper, and iron. The addition of chromium to 6061

10. gives the alloy high corrosion resistance compared to other alloys. 2024vs 7075 Like 2024 aluminum alloy, 7075 aluminum alloy is also common in the aerospace industry. The main reason is that it is one of the strongest aluminum alloys. Through precipitation hardening, it can achieve a tensile strength of 83,000 psi and a yield strength of 73,000 psi compared to 2024 aluminum alloy. As far as application is concerned, 7075 is suitable for applications requiring high stress/strain strength. However, 2024 is suitable for applications requiring high cyclic fatigue strength.