Introduction

In the aluminum profile spray booth, there are a few issues that need to be addressed.

You may practice spraying powder numerous times in advance of the official powder application. At this point in time, you should be able to notice the size of the powder quantity as well as the uniformity of the powder dispersion at both ends of the spray booth.

At this moment, the powder can be seen running in a straight line around 10 centimeters away from the end of the spray claw, and the remaining portion of the powder can be seen as atomized. In reality, the powder that exhibits this atomization effect is the powder that has been adsorbed onto the surface of the aluminum profile. Is there really such a haze here? The chemical effect powder is used as a standard to manage the distance between the spray jaw and the aluminum profile. This distance is determined by the chemical effect of the powder.

The manufacturing of aluminum profile fixtures and the decision-making process for feeding techniques

The clamps that are used in the middle section of the aluminum profile should minimize the size of the contact point between the clamp and the outer surface of the aluminum profile during the production and use processes, and they should be placed vertically in time. The clamps that are dangling at both ends of the aluminum profile should be able to withstand a significant amount of weight and pressure.

The powder should be loaded into the hanging rod section of the aluminum profile, and the hanging position in the hanger of the industrial aluminum profiles should also adhere to the relevant criteria.

Procedures involved in the pretreatment of aluminum profiles

The pretreatment procedure, which consists mostly of degreasing and chromatic, is far less complicated than the pretreatment procedure that is often performed before oxidation. Additionally, the quantity of raw materials that are used is significantly reduced. In the process of pretreatment, a bigger material rack is often used in order to enhance production efficiency and minimize the amount of energy consumed in the drying process. Additionally, as many pretreatment procedures as are physically feasible are installed.

When designing some softer profiles, there should be more crossbars put in the center of the profiles, and the grooves should be positioned upwards as much as possible since this will encourage the water to evaporate. In addition, information regarding 7075 aluminum extrusion and aluminum extrusion is available to be obtained for additional information.

The process of drying out the aluminum profiles

If there is any water left over after the drying process, the aluminum profile should not be placed in the oven to be baked because this can cause damage to the surface of the profile, and the profile is easily deformed when the temperature is too high. Additionally, the profile is easily deformed when the temperature is too high. Utilizing an air cannon to dry (no oil and gas).

In addition, the aluminum profiles have to keep the correct inclination angle as they are going into and coming out of each slot, as well as when they are going through the drip drying process; nevertheless, it is simple for certain profiles to fall off. As a preventative step, a wire mesh made of stainless steel needs to be bundled together and placed at one end of the material rack.

In a nutshell, while spraying aluminum profiles, it is important to pay close attention to the processing of the aspects stated above, as this may ultimately lead to longer service life.