Even if you have the world’s best paint booth filter, you would not be able to get it to work efficiently unless you align it in the proper direction. This is a really crucial aspect which most people fail to consider and this lack of consideration often has a major impact on their productivity.
The following tips would help to identify the alignment that is needed for installing the paint booth filter correctly.
These tips will also give you a general idea on the way that filters need to be placed for ensuring maximum efficiency. Try to understand the structure and construction of the filtration system so that you are able to judge the alignment requirement.
The following tips would help to identify the alignment that is needed for installing the paint booth filter correctly.
- The paint arrestors in the filtration system need to have the open weave part in the direction of the painting chamber. This would ensure that the overspray passes through it and exists through the back skin. The anterior side of the filter acts as the final filtration medium wherein debris that have managed to pass through the initial filtration are stopped. This alignment would not only ensure better filtration but it would help you to prolong the life of the filter.
- In the case of cross draft panel filters, the side that appears a bit tacky needs to face the inside of the booth. The tacky part would act as the final barrier for any debris that has managed to pass the initial filtration. But for this to work, the air needs to enter the non-tacky side and should be made to come out of the tacky end.
- For Down draft ceiling filters, the side with the mesh needs to be facing the inside of the booth so that the mesh becomes the final barrier for the debris. The back is usually covered by a smooth cover so that the fibres of the filter do not get blown into the booth. This acts as a preventive measure.
These tips will also give you a general idea on the way that filters need to be placed for ensuring maximum efficiency. Try to understand the structure and construction of the filtration system so that you are able to judge the alignment requirement.