Performance comparison before and after aluminum surface treatment
Aluminum, as a lightweight, corrosion-resistant metal material, plays a pivotal role in modern industry. However, the original aluminum surface often lacks sufficient protection and is easily corroded and damaged by environmental factors, thus affecting its performance and lifespan. Therefore, surface treatment of aluminum materials has become a necessary technical means, which can not only improve the aesthetics of aluminum materials, but also significantly enhance its performance.
The Maintenance of Aluminum Alloy Doors and Windows
1. Push and pull lightly
When using aluminum alloy doors and windows, move gently and push and pull lightly. If you find any difficulties, do not push or pull it rudely, but you should eliminate the fault first.
2. Remove dust accumulation
Dust accumulation and deformation are the main reasons why aluminum alloy doors and windows are difficult to replace. Keep the door frame clean, especially the sliding groove. Use a vacuum cleaner to remove dust in the groove and door seal strips. When cleaning aluminum alloy doors and windows, do not step on the aluminum frame or hold the frame for support.
Eco-sustainability and Customization of Aluminum Window and Door
In the 21st century, it is normal and legitimate for people to care about environmental and sustainability issues. Among the advantages of aluminium is this: Aluminium is a completely environmentally friendly material because it is not harmful to the environment and does not release any toxic substances. Aluminium can therefore be considered a true green material, even when energy costs and production procedures are considered.
Characteristics of industrial aluminum profile frames made of aluminum profiles
Industrial aluminum profile frame is also a relatively common product of industrial profiles. It can be used to make various equipment brackets, load-bearing frames, etc. So what are the characteristics of industrial aluminum profile frames made of profiles? Let’s find out together:
The difference between thermal insulation aluminum alloy and Broken bridge aluminum alloy?
What is the difference between thermal insulation aluminum alloy and thermal break aluminum alloy? How to distinguish them? In the field of construction, there are two types of thermal insulation aluminum alloy and thermal break aluminum alloy. The two look very similar, but in fact there are many differences. The following will introduce the difference between the two.
Advantages of electrophoretic coating of aluminum profiles
Easy to realize automated production. Since the electrophoretic coating of aluminum profiles is carried out in a water-based electrophoretic tank, it is similar to anodizing and electrolytic coloring processes, with a short processing time, and it is easy to realize the assembly line operation of the entire process.
Identification method of aluminum alloy building profiles
Aluminum alloy building profiles are a kind of aluminum alloy hot extrusion profiles used for processing aluminum alloy doors, windows, glass curtain walls and for decoration. They are light, beautiful and durable, and are widely used in various types of construction and decoration industries.
Thermal insulation and energy saving for aluminum profile
Windows and doors must also be able to guarantee outstanding thermal insulation to be truly effective. In fact, thanks to thermal break technology, aluminium guarantees absolutely satisfactory performance also in terms of insulation.
The Resistance Ability of Aluminum Window and Door
Aluminium is first and foremost a very solid and resistant material, despite its lightness. This characteristic makes it a particularly suitable metal for building window and door frames: aluminium frames are able to withstand sunlight and the most violent atmospheric conditions very well.
What reasons will affect the yield of aluminum extrusion products?
What reasons will affect the yield rate of aluminum extrusion? The level of mold design, production and repair, tooling equipment and process technology control, workshop management and employee operation are important factors in improving the yield rate. What needs to be added is that the machine team leader’s true recording of the original parameters of the mold during the production process has a non-negligible auxiliary role in improving the yield rate. Scientifically and rationally formulating an incentive system for production capacity and yield rate is a powerful guarantee for “improving the yield rate”.
