Know more about aluminum tray

Aluminum tray, also known as aluminum tray or aluminum alloy tray, is a tray made of aluminum or aluminum alloy. It is commonly seen as a flat kitchen utensil with a shallow depth, which is convenient for holding food, storing items or decoration. Aluminum trays are lightweight and durable, ngamandla aphezulu, Ukuqhuba kakuhle kwe-thermal, and are rust and corrosion resistant. They are ideal for many different applications and are widely used in home and industrial environments.

aluminum tray
aluminum tray

Aluminum tray equivalent names

aluminum trayaluminum traysaluminum foil tray
aluminum food trayaluminum paper trayaluminum cooking trays

Aluminum trays use

What are the applications of aluminum trays? Aluminum round trays are made of aluminum alloy after deep processing. Aluminum trays are sometimes called aluminum food trays because of their durability and convenience. They are most commonly used in food storage.

Aluminum trays for food preparation

Aluminum trays are used in baking: Aluminum trays are ideal for making cakes, pastries, cookies and bread due to their excellent thermal conductivity.

Aluminum trays are used for grilling: Aluminum trays are ideal for grilling vegetables, meat or seafood on the grill or in the oven to ensure even cooking.

Tray aluminum is used in refrigeration and freezing: Aluminum trays help store leftovers or prepared meals in refrigerators and freezers.

Aluminum cable tray is used in commercial packaging: It is often used to package ready-made frozen foods in grocery stores, and can also be used for medicines or sensitive materials that need to be protected from contamination.

Aluminum alloy tray process

The conventional production of aluminum tray is that aluminum circle is used as raw material through multiple steps and processes.

Aluminum Circle To Aluminum Tray
Aluminum Circle To Aluminum Tray

Aluminum circle production of aluminum tray process

Raw material preparation

Aluminum circle: Select aluminum circle that meets the requirements as raw material. These circles are usually cut from coils by punching and have specific diameters and thicknesses.

Cutting and pretreatment

According to the size requirements of the aluminum tray, the aluminum circle is further cut to ensure that it meets the design specifications. The cut aluminum circle is pretreated, such as cleaning and degreasing, to ensure that its surface is clean and free of impurities.

Aluminum tray forming

Aluminum circles are processed into aluminum trays with specific shapes and structures by stamping, stretching or other forming processes. During the forming process, process parameters such as punching force, stretching speed, njl. need to be controlled to ensure the quality of the aluminum tray.

Unyango lomphezulu

The formed aluminum tray is surface treated, such as anodizing, ukutshiza, njl., to improve its corrosion resistance and aesthetics. Anodizing can form a transparent protective film on the surface of the aluminum pallet to prevent it from being corroded by air

Quality Inspection

Quality inspection of the finished aluminum pallets, including size measurement, appearance inspection, load-bearing test, njl. Ensure that the aluminum pallets meet the design requirements and quality standards.

Packaging and Transportation

Package qualified aluminum pallets to prevent damage during transportation and storage, and transport the aluminum pallets to the designated location according to customer needs.

Aluminum food tray alloy specification

Aluminum trays are usually made of aluminum alloys, which can be used as the alloy for aluminum circles and aluminum cooking trays. Aluminum alloys combine lightweight properties, strength, corrosion resistance and cost-effectiveness. Aluminum tray
The choice of alloy depends on the intended use of the tray, such as whether it is disposable, for food service or designed for heavy industrial use.

The following are the most commonly used aluminum alloys for trays:

Aluminum SeriesAlloy GradeFeaturesUse
1xxx uthotho1050,1060,1100High corrosion resistance, excellent thermal and electrical conductivity, non-toxic and highly ductile, ideal for food-grade applications.Disposable aluminum trays, such as aluminum foil trays and food containers.
3xxx uthotho3003,3004Ukuxhathisa okulungileyo kokutya, medium strength, excellent formability, better durability compared to pure aluminum.Aluminum food trays, baking trays and general containers where durability is important.
3xxx uthotho5005,5052High corrosion resistance, especially in marine or humid environments, and higher strength compared to 1XXX and 3XXX series alloys. Excellent formability and weldability.Large aluminum tray for industrial or outdoor applications.
8xxx uthotho8011,8021High strength and corrosion resistance, excellent flexibility and heat resistance.Thin disposable aluminum trays (aluminum foil trays) and aluminum foil containers.