Why choose aluminum aerosol cans

Aerosol cans are one of the important components of aerosol products, but pressure-resistant containers are also important. Due to the convenience and ease of storage offered by aerosol packaging products, more and more products have gradually begun to use custom aerosol packaging. Aerosol cans have a wide range of applications, including food, industry, daily use, cosmetics, medicine, and car care.

Then, if you choose to show the product in the form of aerosol packaging, we need to consider the packaging container, such as: the material, such as tin aerosol cans or aluminum aerosol cans; capacity: how many milliliters need to be filled; what gas is filled; whether the solution is corrosive to the tank; and so on. The need to select the appropriate aerosol cans in accordance with the characteristics of the product is addressed in the following section, in which we also provide you with some methods for selecting aerosol cans. These are the factors that we take into consideration when applying our application.

To begin, aerosol spray cans are a common type of container that is utilized in the packaging industry. It is necessary for it to have pressure resistance performance, as aerosol cans are typically filled with chemical products. Additionally, it is necessary for it to have the corresponding corrosion resistance in order to ensure its safety. In addition, the can body needs to be matched with the gas valve and the plastic lid, which means that it needs to have matching performance. Additionally, the appearance of the aerosol can, that is, the appearance of the product on the shelf, means that it needs to have a high quality and beautiful appearance design and printing quality.

The product's ability to withstand pressure is the most important factor in determining whether or not it is safe to use. The ability of aerosol cans to withstand the pressure created by the contents contained within the can is referred to as the can's pressure resistance. The indicators of deformation pressure and burst pressure 2 are used to measure the pressure resistance of a material. When aerosol cans are slowly pressurized, a phenomenon known as deformation pressure occurs. This phenomenon causes the aerosol cans to exhibit permanent deformation of the pressure. When aluminum aerosol cans appear to have burst pressure, this phenomenon is referred to as "burst pressure," which describes the deformation of the cans as they continue to be slowly pressurized.

Tinplate aerosol cans and aluminum aerosol bottles were subjected to a series of pressure resistance tests, and the results showed that aluminum cans performed significantly better in both the deformation pressure and the burst pressure categories. To ensure proper sealing and safety, the pressure test is carried out in a water bath maintained at a temperature of 50 degrees Celsius. When the internal pressure is increased by 1.5 times, aerosol cans do not undergo any deformation. Aluminum cans have a higher pressure resistance than tin cans, but the production process for aluminum cans is more complicated and expensive than that of iron cans.

The ability of the inner wall of an aerosol can to withstand erosion caused by the solvents contained within it is what is meant by the phrase "corrosion resistance" in reference to aerosol cans. Tinplate cans and aluminum cans both have the potential to be utilized as the projectile aerosol product for dimethyl ether and other liquefied gases; however, the inner coating of the tin cans will be subject to different processing methods, whereas the inner coating of the aluminum cans will be significantly more robust and long-lasting than that of the tin cans. The coating of clear polyurethane that is applied to aluminum cans provides superior protection against corrosion. When it comes to corrosive products, you also have the option of using a form of packaging known as binary packaging. This involves placing the product in a tin can or aluminum aerosol packaging can that has been placed inside of an additional bladder bag. The solution will be contained within the bladder bag, and the projectile will be placed between the can and the bladder bag. This method is a novel approach to packaging that is becoming increasingly popular and is widely used in the cosmetics and pharmaceutical industries. Some examples include sunscreen spray and nasal rinse.

As a result of reading the introduction, I believe that you have a good understanding of the various options for aerosol cans, and you are now able to select the most suitable form of packaging based on the qualities of the product.