Selecting activated carbon filters requires a three-pronged approach
Release Time:
2018-10-11
With worsening air pollution, people have become wary of their living environment, leading to the increased use of various filter devices. Activated carbon filters are commonly used in filters to effectively adsorb various harmful gases and pollutants in the air, with a deodorization efficiency of over 95%, and are safe and non-polluting. However, when choosing activated carbon filters, there are three points to note: Point 1: Mesh Count When selecting a filter, it is important to consider the mesh count, as this indicates the size of the particulate matter that the filter can block, ensuring it meets the purification needs. The mesh count design is primarily determined by the filter's application.
With severe air pollution, people have begun to be wary of the environment in which we live, leading to the introduction of various filter devices into our lives. Activated carbon filters are commonly used in filters and can effectively adsorb various harmful gases and pollutants in the air, with a deodorization efficiency of over 95%, and are safe and pollution-free. However, when choosing activated carbon filters, there are three points to note:
Point One: Mesh Count
When selecting a filter, it is essential to consider the mesh count. The mesh count indicates the size of the impurity particles that the filter can block, ensuring it meets the purification requirements. The mesh count design is primarily determined by the filter's application, so you can choose a suitable filter based on the mesh count.
Point Two: Inlet and Outlet Diameters
Inlet and outlet diameters are also crucial because the filter is primarily installed in filter equipment. If the filter's installation does not match the equipment's inlet and outlet diameters, the filter cannot function properly. In addition to the inlet and outlet diameters, the diameter of the inlet pipe should also be considered. Only by selecting a suitable filter can it be better installed in the equipment.
Point Three: Filter Material
When choosing an activated carbon filter, the material should be considered. Only high-quality materials can achieve the desired results. Users also need the filter material to be the same as the process pipeline material for better results. However, filter materials are generally made of stainless steel, carbon steel, low-alloy steel, etc., and have a long service life.
The quality of the activated carbon filter directly determines the quality of the filter equipment, so it is essential to purchase from a reputable manufacturer to avoid potential problems.