Function:Electrically powered creates suction to eliminate debris from surfaces or collect materials for retrieval using an operator tool like a dusting brush. It then transports the debris through a small diameter hose to a material receiver separator.
Application: Ideal for use in machinery manufacturing, rubber, casting, metal processing, furniture, electronics, ceramics, chemical industry, food, medicine, and other processing facilities to effectively clean up various types of dust particles, metal chips, wood chips, and more. It can operate continuously for approximately 3 hours.
FLOOR AND SURFACE TREATMENT: A HIGHLY DUST-PRONE INDUSTRY
During the various stages of ground preparation for the final covering, multiple tasks using different types of machinery are often required to level the surface, remove impurities, or give it a desired finish. Unfortunately, many of these operations generate dust, which poses a serious risk to workers.
RISKS ASSOCIATED WITH SURFACE TREATMENT AND CONSTRUCTION DUST
When discussing risks on construction sites, we often only focus on the potential for accidents, neglecting the respiratory and skin diseases that can result from continuous exposure to fine and harmful dust. The risks are particularly elevated when working on surfaces that can produce certain types of hazardous dust. Chemical risks, for instance, are significant when dealing with:
√ Silica: A mixed powder containing varying amounts of free crystalline silica, which can be produced during processes like mortar and concrete preparation or demolition operations.
√ Asbestos: This substance becomes highly dangerous when transformed into dust and dispersed into the atmosphere through the abrasive action of machinery or tools.
√ Artificial mineral fibers, such as glass and rock wool used for thermo-acoustic insulation.
MACHINES REQUIRING DUST EXTRACTORS
While some machines used in the flooring sector do not require dust extractors as they do not generate dust or already have integrated extraction systems, the majority of them necessitate source extraction systems to prevent the dispersion of fine dust into the environment.
√ Sanders: The abrasive action of sanding produces a significant amount of dust that requires high filtration capacity.
√ Milling machines: The engraving process releases an average quantity of dust that requires excellent suction and filtration performance to avoid dispersion.
√ Shot blasting machines: Used to remove impurities, these machines require vacuum cleaners capable of removing the lightest materials without extracting the steel balls used in the process.
√ Hand tools: Continuous suction during use is essential, necessitating small vacuum cleaners with excellent filtration performance.
INDUSTRIAL VACUUM CLEANERS FOR FINE, HAZARDOUS DUSTS
Utilizing an industrial vacuum cleaner specifically designed for fine dust on construction sites, in conjunction with appropriate protective gear, is the optimal solution for addressing this issue.
Key features to consider when selecting an industrial vacuum cleaner for this purpose include:
Absolute HEPA filters: These filters have an efficiency of 99.995% for particles as small as 0.3 microns.
√ Continuous and effective filter cleaning systems.
√ Secure collection systems for the vacuumed dust.
√ Compactness and ease of transport.
Leave us a message
The first thing we do is meeting with our clients and talk through their goals on a future project. During this meeting, feel free to communicate your ideas and ask lots of questions. Name E-mail Phone/WhatsApp Company Name Content
Recommended