Welding fume extraction systems can offer several benefits which include attracting the talented welders, reduced equipment costs and also ensuring the right compliance with the existing federal regulations in the region. But this needs to be kept in mind that you need to consider certain factors for making the right purchase of the fume extraction systems.
Welding fume extraction systems can offer additional advantages like reductions in overhead & lesser operating expenses. Companies which integrate a fume extraction system into their operations related to welding are better positioned to negotiate health insurance rates and they can pay to reduce insurance premiums. The initiative of establishing a healthy & clean working environment through the right usage of fume extraction systems would enable the employers to gain the right competitive advantage and they can increase the productivity of your business. They do not take certain or recurrent leaves for airborne diseases and they can work for longer period of time.
How would you choose the proper fuel extraction system?
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1. Type and make of the fume extraction system – There are three basic ways of providing respiratory protection, such as the engineered systems, source capture extraction devices and personal protection equipment like the respirators. All of these methods are effective in their own way but most of the employers prefer a combination of all these methods for ensuring workers’ safety. Understanding every method is a critical step in selecting the most appropriate fume extraction system. If you do not know about such systems, then you can discuss your requirements with the manufacturers.
2. The Filter – The heart of the fume extraction system is the filter. You should evaluate the filter in a fume extraction system like this the most crucial factor in determining its quality. The filter’s material & its manufacturing method significantly affect the size of the particles that they capture. There are several models of fume extraction systems in which the filters are specifically designed for collecting the submicron particles which are found in welding fumes.
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| Fume Extraction Systems |
3. Airflow – The third factor which is to be necessarily considered in evaluating the fume extraction systems is airflow which is actually the amount of air that the system circulates. All fume extraction systems are rated based on the number of cubic feet of air which circulates every minute. Manufacturers measure as well as advertise the overall effectiveness of the fume extraction system in different ways, a complete understanding of the process of airflow measurement is essential for selecting the best fume extraction systems.
4. Self-cleaning versus disposable – Fume extraction systems are readily available as either self-cleaning or disposable units. The disposable units use filters which are specifically designed to be discarded when the filters reach their set capacities. A self-cleaning filter is also commonly used as the entrapped particles are cleaned repeatedly from the surface of the filter. Although their initial cost is higher, self-cleaning models can provide ongoing cost savings since their filters are also reusable. Self-cleaning filters usually use various cleaning mechanisms & cleaning rates. For example, a depth loading cellulose filter is not only difficult to clean but also takes the cleaning unit as long as forty-five minutes to restore the filter.
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5. Other considerations – After analyzing the four most crucial factors in the selection of a fume extraction system, the companies should necessarily consider the other features of the fume extraction system as well. For example, the user interface should be easy and understandable. Companies should necessarily compare the overall accessibility of the filter for replacement & cleaning from time to time etc.
The careful consideration of the above-mentioned factors would surely enable the companies to purchase the best fume extraction systems.
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