Aluminum, as a common metal material, is widely used in the electronics industry, construction industry, and aerospace fields. The conductivity of aluminum is one of the important reasons why it is widely used. However, with the accumulation of oxide layers and dust that may develop during use of aluminum products, conductivity is often affected.

In this case, ash removal additive is introduced into the aluminum surface treatment process to improve the conductivity of the aluminum. So, can ash removal additive really affect the conductivity of aluminum? This article will explore this in depth.

The basic function of ash removing additive

First, we need to understand the basic function of ash removing additive. Ash removing additive is a chemical used for aluminum surface treatment. Its main function is to remove the oxide layer and dust, thereby restoring the original bright surface of aluminum products. Ash removal additive usually contains ingredients such as detergents and surfactants, which can effectively remove dirt and impurities from the aluminum surface and improve its surface quality and gloss.

The effect mechanism of ash removal additive on conductivity

Ash removal additive can restore the original bright surface of aluminum products by removing the oxide layer and dust on the aluminum surface, thereby improving its conductivity. When an oxide layer and dust form on the aluminum surface, it will cause the surface resistance to increase, thus affecting the conductivity of the aluminum. By using ash removal additive to clean the aluminum surface, the surface resistance can be effectively reduced and the conductivity of aluminum can be improved.

Selection and use of ash removing additive

Choosing the right ash removal additive is critical to restoring the conductivity of aluminum products. On the market, there are various types of ash removal additives with different compositions and properties. Some additives may contain chemical components that are harmful to the environment, such as heavy metal ions or organic solvents. Therefore, when companies choose ash removing additive, they should give priority to environmentally friendly products to minimize the impact on the environment.

Precautions for using ash removal additive

In addition, there are some things you need to pay attention to when using ash removal additive. First of all, the appropriate ash removing additive should be selected according to the specific process requirements and product characteristics to avoid adverse effects caused by improper use. Secondly, the operation instructions should be strictly followed to avoid safety accidents caused by operating errors. In addition, the use of ash removing additive should be checked and monitored regularly to ensure its normal operation.

To sum up, ash removal additive can restore the original bright surface of aluminum products by removing the oxide layer and dust on the aluminum surface, thereby improving its conductivity. Proper selection and use of ash removal additive is critical to maintaining the conductivity of aluminum products. In future production practices, we need to further study the performance and mechanism of ash removing additive, promote its application in aluminum surface treatment, and provide more possibilities and opportunities for improving the conductivity of aluminum products.