Anti-rust Aluminum Coil And Color Coated Aluminum Coils

The performance of anti-rust aluminum coils is inextricably linked to their widespread use as a novel material with the advancement of science, technology, and industry. The performance and development characteristics of aluminum coils resistant to rust are explained below.

1. Benefits of aluminum coils resistant to rust:

Advantage 1: Because of the 2.71 aluminum proportion, aluminum coils can weigh very little per square meter, which can save money, time, and resources when producing raw materials in large quantities for businesses.

Advantage 2: The smooth appearance is a result of the anti-rust aluminum coil's properties, which also have some aesthetic value. Furthermore, rust on the product is not a concern at this point.

Advantage 3: Aluminum is very plastic and easily bent and wound, making it simple to construct and significantly increasing work efficiency.

To achieve the desired cross-sectional shape of aluminum profiles using certain molds, the majority of hot aluminum production companies employ forward thermal deformation (flat molds, cone molds, and split molds). The development and performance of the anti-rust aluminum coil that we are discussing today are shown above.

Features: Julong Aluminum Group has a long history of processing aluminum. Its primary business is producing aluminum products, including alloy aluminum plates, thermally insulated aluminum coils, and rust-proof aluminum coils. High-quality products are accompanied by knowledgeable technical after-sales staff who can offer personalized services to clients. kudos from a smaller number of returning clients.

2. Manage The Color-Coated Aluminum Coils' Quality From Five Perspectives

The production process of color-coated aluminum coils is prone to quality defects, so quality control should be implemented from the following five perspectives:

A. Use extreme caution when using the machine's faulty rollers, and keep an eye out for any changes in paint consumption. If there is a significant change, there might be a problem with the pressure between the coating and fixed film rollers, in which case it needs to be adjusted. Furthermore, the paint is constantly mixed while being used, the paint's viscosity is promptly detected, the roller's flatness is examined before painting, and the use of an unqualified roller on the machine is forbidden.

B. To lessen the foam that the machine produces while mixing the color-coated aluminum coil coating, the defoamer should be added by the rules. Nonetheless, the efficiency improves with increasing defoamer addition. The addition should be made in a sensible and appropriate amount. Before using the mixed paint on the roller, it should be left to stand for a while, and as little bubbles as possible should be allowed to form in the paint.

C. Care must be taken in selecting the base material; high-flatness and intact-form aluminum plates should be utilized whenever feasible. Additionally, caution must be used when handling the aluminum plates, and forceful loading and unloading must be completely forbidden. Given the possibility of scratches developing during processing, precautions must be taken to ensure that the raw materials and procedures used in the creation of aluminum, magnesium, and manganese coils are free from scratches.

D. The blending of the pigments is also inextricably linked to the paint quality. The printed pattern's color can only be smooth and exquisite when the paint is correctly mixed and formulated. To ensure that the paint is uniform and simple to apply, the paint must be mixed, uniformed, and free of lumps, with a moderate viscosity.

E. The coating process is a crucial component of the color-coated aluminum coils' operation and a critical factor in determining the coating's quality. It is strictly prohibited to mix color paint using different batches for coatings; the paint proportion must be strictly adjusted by the given proportion. Before painting, the plate must be made as flat as possible and the paint must be spread as evenly as possible on the coating roller.  The uniformity of the terminal coating film thickness is contingent upon the uniformity of the coating roller pressure.

3. Safety Measures for Coated Aluminum Coil in Transit

Premium aluminum coil, polymers, and adhesives are combined in the composite process of coated aluminum coil. For decorative panels, the product satisfies the necessary flexural and flexural strength requirements. Changes in temperature, humidity, wind pressure, and other variables won't result in bending, deformation, expansion, etc. in the four-season climate. The pre-painted aluminum coils may occasionally have scratches on their surface; these scratches are typically the result of transportation. Thus, to prevent such circumstances, the following issues regarding the transportation of color-coated aluminum coils must be discussed:

Aluminum coils with color coatings should be shipped exactly as they were packaged from the manufacturer; they cannot be taken apart at will.

To avoid bumps during loading and unloading, place a rubber pad between the spreader and the product. In some situations, use specialized spreaders.

To prevent packaging from being indented or bumped, the transport vehicle's carriage should be cleaned, its floor should be covered with rubber pads or other protective devices, and other appropriate precautions should be taken.

During handling and transit, the vertical packaging's aluminum coils must remain vertical as well.

To prevent relative movement or rolling during transportation, which could result in accidents or product damage, the product should be securely fastened.

When removed, the color-coated aluminum coil cannot be dragged, which keeps the hair from being cut and scratched against the aluminum plate underneath. Handle the aluminum plate carefully, and avoid coming into contact with other hard surfaces.