3003-aluminum-plates-pipe-in-Food-and-Chemical-Industries.pdf
3003 aluminum alloy is widely used in the food and chemical industries due to its excellent corrosion resistance, non-toxic and odorless nature, and good workability. Common applications include storage containers, piping, cookware, and chemical processing equipment.
3003 aluminum alloy is primarily used in the following forms for storage container applications:
: Mainly aluminum plates and aluminum tanks, which can be made into various shapes of storage containers, such as troughs and tanks. These product forms offer excellent sealing and corrosion resistance.
: Commonly used temper states are O (annealed state) and H14. The O state provides optimal plasticity for deep drawing and forming; the H14 state offers sufficient strength to ensure structural stability of the containers.
| 0.5–3.0 mm | |
| Typically 1000 × 2000 mm, 1250 × 2500 mm, 1500 × 3000 mm (standard sizes) |
3003 aluminum alloy storage containers offer good corrosion resistance and can withstand food, organic acids, and neutral inorganic salt solutions. Furthermore, the 3003 aluminum alloy is non-toxic and odorless, meeting food hygiene standards and making it suitable for food storage.
3003 aluminum alloy is typically utilized for the following piping applications:
Product Forms: mostly aluminum pipes and coils, which can be formed into various diameters of pipes and conduits. These product forms provide high corrosion resistance and smooth inner surfaces.
Tempered States: H14 and H24 are two often utilized temper states. These states have sufficient strength and hardness to maintain the structural stability and pressure resistance of the pipes.
Common Specifications of 3003 aluminum pipe
| 10–200 mm, depending on usage requirements | |
| 1.0–5.0 mm, depending on pressure requirements | |
| Usually 3–6 m, customizable as needed | |
| Typically 1000–1500 mm, used for making spiral welded pipes |
3003 aluminum alloy pipes are very resistant to corrosion and temperature, as well as the atmosphere, fresh water, seas, food, organic acids, gasoline, and neutral inorganic salt solutions. Furthermore, aluminum alloy pipes are lightweight, easy to install, and maintain, making them an excellent alternative to traditional steel pipes.
3003 aluminum alloy is typically utilized in the following ways for cookware applications:
Product Forms: mostly aluminum plates and coils, which can be formed into a variety of cookware products like pressure cookers and woks. These product shapes provide superior thermal conductivity and corrosion resistance.
Tempered States: The most common temper states are O (annealed) and H14. The O state gives the best plasticity for deep drawing and forming, while the H14 state provides enough strength to assure structural stability of the cookware.
| 1.0 – 5.0 mm, depending on the type of cookware | |
| Depends on the cookware size, ranging from 200 – 400 mm | |
| Typically 1000 × 2000 mm, 1250 × 2500 mm (standard sizes) |
3003 aluminum alloy cookware has exceptional thermal conductivity, allowing for consistent heat dispersion and increased cooking efficiency. It also has great corrosion resistance and cleaning properties, making it a suitable material for producing high-quality cookware.
3003 aluminum alloy is typically utilized in the following ways for chemical processing equipment applications:
Product Forms: mostly aluminum plates, coils, and pipes that can be transformed into a variety of chemical processing equipment such as reactors, evaporators, and condensers. These product forms provide exceptional corrosion resistance and structural strength.
Tempered States: H14, H24, and H112 are some of the most common temper states. H14 and H24 are strong and hard enough, whereas H112 is ideal for hot-processed components.
| 2.0 – 10.0 mm, depending on pressure and equipment size requirements | |
| 20 – 300 mm, depending on usage requirements | |
| 2.0 – 8.0 mm, depending on pressure requirements |
3003 aluminum alloy has excellent corrosion resistance in dilute acids and is resistant to a variety of chemicals. These qualities make it ideal for chemical processing equipment, allowing for consistent performance over a wide range of chemical conditions.