Over 1 million workers are exposed to dangerous levels of crystalline silica dust every year. More than 250 of the people in contact with these particles die with silicosis. Silicosis is a disease which has no available cure. It is preventable if toxic exposure levels are reduced. The key to prevent this disease along with other respiratory issues is to limit the amount of harmful silica dust being inhaled. Any lengthy exposure to dust from concrete surfacing, ceramic work, masonry grinding, dry concrete cutting, drywall installation, and palm sanding can cause silicosis to develop. The most commonly used equipment for work tasks such as these are fitted with an inlet meant for a portable dust collector.
Many workers must use inadequate vacuums which can clog or do not use dust collection equipment at all. Standard vacuums that are designed to capture dust as it is projected often contain the dust that is harmful to the operator as well. A dust extractor is the option that can properly address the need to contain dusts that can ultimately cause silicosis and other related respiratory illnesses. Most dust extractors can collect extremely dense levels of fine dust particles without clogging. It is much more effective than standard vacuums which allows filters to pulse with compressed air to remove dust build-up. Dust extraction is the best possible option available to prevent the numerous respiratory conditions that can result from toxic crystalline silica dust particles being inhaled.
Obtaining a dust extractor for all of your machines in your work area or home is essential. It prevents the risk of hazardous fine dust escaping back into the environment which you will be spending your time in. The average dust extractor uses a filter. The extractor pulls air to trap the dust. It's main objective is to aid in the entrapment of dust particles. Some people may question the need of a dust extractor. The dust produced by power tool usage floats easily in the surrounding air under normal operating conditions exposing employees. Vibrations associated with the operation of the power tools also tend to disperse the dust even further into the air. When the dust settles an individual usually conducts some form of clean-up. Dust extractors was created to help solve the dilemma of extracting dust from around the operating area of power tools.
A standard dust extractor has various parts which works together to clear the air of dust particles. The dust extraction hood is located close to the point where the dust is generated which is connected to a suction hose. The suction hose is usually connected to a type of pip work in fluid. The hose operates with a separation accessory to separate the dust from the air taken in via air flow. Parts used for separating the dust from suctioned air by the dust extraction system consists of filters and cyclones. Fans and root pumps are used sometimes as well. If you want to protect the air in which you breathe and prevent the contraction of silicosis.
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