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WHEN YOU NEED IT

When standard filtration solutions do not meet the customer’s requirements, our company is able to offer a dedicated filter design. This process begins with direct contact with our sales department and R&D department, which plays a key role in understanding the customer’s specific needs. Thanks to this, we can collect detailed information about the dimensions, technical specifications and operating conditions in which the filter will be used.

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WHAT DOES IT LOOK LIKE

After collecting the necessary data, our own tool shop starts working. We are able to quickly prepare the necessary equipment or molds and start the production of filters that are not included in our standard offer. Thanks to this approach, even very non-standard or unusual filters can be manufactured to individual order.

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WHAT THE CUSTOMER GAINS

This flexible approach to production enables us to provide products perfectly tailored to each customer’s unique requirements, which is especially important in situations where the availability of a suitable filter on the market is limited or non-existent.

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Air filtration in HVAC systems

Heating, ventilation and air conditioning (HVAC) systems use industrial filters to clean the air from dust particles, allergens, bacteria and other pollutants. This is crucial to maintaining indoor air quality, which contributes to improving the comfort and health of users and the energy efficiency of systems.

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Retention of solid particles in production processes

In many industrial processes where solid materials may be emitted as waste (e.g. dust from grinding or material processing), industrial filters are used to retain these particles. This prevents pollution of the working environment and limits emissions into the atmosphere, which is important from both a health and ecological perspective.

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Treatment of exhaust gases and industrial emissions

Industrial filters such as activated carbon filters are used to deodorize air, among others. in ventilation and air-conditioning systems, painting and industrial installations. These filters remove harmful substances such as sulfur oxides, nitrogen oxides, heavy metals and fine particulates from exhaust gases, minimizing the industry’s environmental impact and increasing compliance with environmental regulations.

FILTERS IN THE POWDER COATING PROCESS

Effective powder coating filtration systems are also important for environmental protection. By effectively retaining paint particles, they reduce the emission of pollutants into the atmosphere. This enables companies to meet stringent environmental standards and improve the efficiency of production processes by reducing waste.

Why do we use filters?

During these processes, abrasive materials are used to clean or modify the surface of various objects, which generates significant amounts of dust and particles. Industrial filters retain these particles, ensuring employee safety and minimizing the risk of environmental contamination. Effective filtration is essential to maintain a high quality finish and protect equipment and installations.

PLASMA AND FILTERS

Cutting metals and other materials produces fumes and fumes that can be harmful to both human health and the environment. The use of industrial filters allows for the effective elimination of these pollutants, which translates into improved air quality in the workplace and increases operational safety. Filtration systems must be adapted to the specific nature of the pollutants released, which ensures their highest effectiveness.

Why do we use filters?

These processes generate significant amounts of fine metal particles and other substances that may pose a health hazard. Industrial filters, such as those offered by KLIMAWENT, KLIMASERW, BYSTRONIC, KEMPER, NEDERMAN or MECHANIC SYSTEM, are crucial in protecting the workplace against contamination. They not only protect the health of employees, but also contribute to maintaining cleanliness and long-term operation of the equipment.

Why do we use filters?

Machining of both metals and plastics generates particles that may affect the precision of machines and the quality of products. Effective filtration systems are crucial to maintaining a clean work environment and ensuring that machines are operating at optimal levels. Filters help protect equipment against premature wear and provide better working conditions for staff.

Why do we use filters?

Systems such as DONALDSON cartridge cartridges, ProTec and SOMOS flange cartridges, as well as others, are designed to remove air pollutants in places such as cement plants or the wood industry. By eliminating dust and other particles, industrial filters protect the health of employees and increase the efficiency of production processes, which is key to maintaining operational continuity and minimizing downtime.

Why do we use filters?

In places such as machine tools or other industrial machinery, oil mist can lead to serious health problems and damage to equipment. Industrial filters effectively separate oil mist from air, which helps protect the health of employees and long-term protection of machines against corrosion and other damage.

Why do we use filters?

When handling bulk materials such as powders or granulates, dust is inevitably produced, which can be harmful to health and the environment. The use of industrial filters allows for effective retention of these particles, ensuring the safety of employees and protecting equipment against contamination.

Why do we use filters?

Compressors, both piston and screw, require clean air to operate effectively. Industrial filters, such as those used in KAISER and AIRPOL systems, eliminate contaminants and prevent internal damage to compressors, which is crucial for their efficiency and durability.

Why do we use filters?

Air purity is essential in the production of technical gases, where even small pollutants can affect the quality of the final product. Efficient industrial filters retain all particles and contaminants, ensuring that the industrial gas meets the highest quality standards.

Why do we use filters?

Industrial filters are used in gas turbines to clean the air of contaminants that could affect their efficiency and durability. Appropriate filtration ensures maximum energy efficiency and minimizes the risk of failures and downtime.

Why do we use filters?

Vacuum cleaning systems equipped with effective industrial filters, such as those offered by DISAN, ENKE, KEARCHER, or ERFOLG, are crucial in maintaining cleanliness in production plants. They not only eliminate pollutants, but also improve air quality, which has a direct impact on the health and safety of employees.