Exhaust air filters - Import export

You will find in our assortment: Exhaust air filters of different qualities e.g. M dust class, also in wet-proof, L dust class Micro-hygiene filter, one of our novelties in the assortment Micro-hygiene-filter + exhaust air filter in a set Motor protection filters in various diameters, thicknesses and designs for vacuum cleaners of well-known manufacturers

Oil mist separators are a must in order to ensure the extraction of oil mist from machine tools. With AOF filters we offer a whole series of extraction systems for effective extraction and filtration. The separator can filter emulsion mist, oil mist, smoke and odours. Oil mist filters can be installed on almost all turning machines– and milling machines and BAZ. In this way you can offer a healthy working environment for you and your employees. Heat and odours are effectively filtered and the emulsion separated from the exhaust air can be reused. The filters of the oil mist separators are equipped with multi-stage filtration. The elements are cleanable and reusable. Harmful emissions, dust and aerosols are removed from the air at almost 100%. Health hazards Oil mist and emulsion mist

Oil mist separators are a must in order to ensure the extraction of oil mist from machine tools. With AOF filters we offer a whole series of extraction systems for effective extraction and filtration. The separator can filter emulsion mist, oil mist, smoke and odours. Oil mist filters can be installed on almost all turning machines– and milling machines and BAZ. In this way you can offer a healthy working environment for you and your employees. Heat and odours are effectively filtered and the emulsion separated from the exhaust air can be reused. The filters of the oil mist separators are equipped with multi-stage filtration. The elements are cleanable and reusable. Harmful emissions, dust and aerosols are removed from the air at almost 100%. Health hazards Oil mist and emulsion mist

Oil mist separator – extraction systems for vapours Oil mist separators are a must in order to ensure the extraction of oil mist from machine tools. With AOF filters we offer a whole series of extraction systems for effective extraction and filtration. The separator can filter emulsion mist, oil mist, smoke and odours. Oil mist filters can be installed on almost all turning machines– and milling machines and BAZ. In this way you can offer a healthy working environment for you and your employees. Heat and odours are effectively filtered and the emulsion separated from the exhaust air can be reused. The filters of the oil mist separators are equipped with multi-stage filtration. The elements are cleanable and reusable. Harmful emissions, dust and aerosols are removed from the air at almost 100%.

Oil mist separators are a must in order to ensure the extraction of oil mist from machine tools. With AOF filters we offer a whole series of extraction systems for effective extraction and filtration. The separator can filter emulsion mist, oil mist, smoke and odours. Oil mist filters can be installed on almost all turning machines– and milling machines and BAZ. In this way you can offer a healthy working environment for you and your employees. Heat and odours are effectively filtered and the emulsion separated from the exhaust air can be reused. The filters of the oil mist separators are equipped with multi-stage filtration. The elements are cleanable and reusable. Harmful emissions, dust and aerosols are removed from the air at almost 100%. Health hazards Oil mist and emulsion mist

It’s not only sewage and recycling plants that find it hard to avoid unpleasant odours; they can be an issue in food production and agricultural settings, too. However, integrating an exhaust-air system with an odour filter can help plant operators to minimize the odour levels which their employees, neighbours and the environment are exposed to. The modular Odour Emission Control OEC filter concept from Scheuch COMPONENTS reduces odours and significantly contributes to complying with and even undershooting the legal regulations and permissible limits for odour emissions. Depending on the intensity of the odour emissions and the size of the hall, the Scheuch OEC system is equipped with one or more biofilters which extract and clean the polluted air. Microorganisms contained in the filter’s bulk material ensure that odours are eliminated and the air is dehumidified. In a second step, a downstream duct filter removes dust and other particles from the air.

The range of suitable accessories of well-known vacuum cleaner manufacturers is wide and constantly growing. Some examples are floor nozzles in various designs, exhaust air motor filters, telescopic tubes, bio waste bags, household filters, fragrances to absorb and much more.

Stroke X axis: 650 mm Max. Stroke speed X axis: 4000 mm/min Working feed X axis: 0 - 1800 mm/min Stroke Y axis: 450 mm Working feed Y axis: 0 - 1800 mm/min Stroke Z axis: 130 mm Min. Stroke speed Z axis: 0.5 mm/min Max. Stroke speed Z axis: 12000 mm/min Stroke frequency Z axis: max. 4 Hz Stroke W axis: 500 mm Planetary speed C axis: 5 - 250 rpm Max. Stroke speed W axis: 800 mm/min Stroke U axis (radial feed): 5.5 mm Distance between columns: 750 mm Table length: 770 mm Table width: 630 mm Clearance between grinding motor and table: 585 mm Max. load on table: 500 Kg Supply voltage: 400 V Weight: 4550 Kg EQUIPMENT INCLUDED: x1 HI-CUT pack including: -work area protection -exhaust system with electrostatic air filter -fire protection system (to be assessed by a qualified body) -automatic paper tape filtration unit x1 grinding motor x1 cable for grinding motor Machine visible under power in our premises by appointment.

— Filtering of displaced air during loss-in-weight feeder refill — Filter cartridge with filter material made of polyester fleece (conforms to FDA and GMP directives) — Trapped dust is automatically cleaned by pulses of compressed air (dust falls back into the feeder eliminating ingredient waste) — Models available for hoppers up to 1000 dm³ (35.3 ft³)

Force-of-gravity separators, which are used as pre-filters or for the separation of large quantities of dust and swarf. Cyclone separator Cyclones are force-of-gravity separators. The separation principle is based on centrifugal force, which is produced by the tangential injection of the raw air. Cyclones are used as pre-filters or for the separation of large quantities of dust and swarf. The degree of separation of a cyclone is not normally sufficient to meet the usual environmental protection requirements. The cyclone exhaust air must be post-filtered in most cases. Product description A cyclone essentially consists of three parts: the intake cylinder, the cone and the immersion tube. In the intake cylinder, the raw air is brought into a circular path by means of tangential injection. Due to the taper of the subsequent cone, the speed of rotation increases sharply, so that the particles are pressed by centrifugal force against the outer wall and decelerated by friction, causing them to drop out of the air stream and fall down. The cleaned air leaves the cone in an upward direction via the central immersion tube. Cyclones are usually welded sheet steel structures. Cellular wheel sluices or, in individual cases, double-gate sluices are used for the pressureless discharge of the material. In order to increase the cyclone effect, or the degree of separation, counter-spirals with a pipe connection can be placed on top of the immersion tube. Further options are, for example, wearing devices, explosion pressure relief devices, control flaps, level monitoring devices and manufacturing in stainless steel or galvanised sheet steel.

The term inline filter refers to an expandable, bolted, modular system. Depending on requirements, appropriate filter and air injection sections are connected together in series. The capacity range extends from approx. 10,000–300,000 m³/h. RS / RX filter The RS / RX series are a proven, expandable, modular system with low-pressure purge-air cleaning. Depending on requirements, appropriate filter and air injection sections are connected together in series. The capacity range extends from approx. 20,000–300,000 m³/h. RS / RX filters are suitable only for vacuum and positive pressure operation. The housing parts are usually made of 2 mm thick galvanised sheet steel. A thicker material in a painted execution as well as in stainless steel is also optionally available. The RS / RX series is 2.85 m wide. Filter hose lengths of 3 m (standard) and 4 m are available for this. The RSEC series has been designed for smaller air quantities and for above-roof installation. This series has a housing width of 2.4 m and 2 m-long filter hoses. The filter hoses are manufactured from polyester needle felt; the filtering direction is from the outside inwards. Filter cartridges and filter tubes are alternatively possible. The filter hoses are cleaned off using the material-preserving low-pressure purge-air system. The purging trolley inside the clean air compartment drives over the hose openings either continuously or controlled by pressure. In the direction of movement the first filter hose row is neutralised, while the second row is flushed from the clean air side. The third row is likewise neutralised. This results in a draught delay, which is necessary in order to allow the dislodged dust to fall into the discharge. The dust is discharged by a tried-and-tested drag conveyor with a downstream cellular wheel sluice. The return air pipes are provided with fire protection flaps and switching devices for exhaust air operation. The filter housing has been tested for resistance to pressure surges. Standard safety devices include likewise tested explosion pressure relief devices, fire extinguishing systems, mechanical and thermal monitoring systems as well as pressure-surge-resistant and flameproof cellular wheel sluices. The transport fan is arranged on the clean air side and is not exposed to swarf and dust. Hence, the conditions of a dust explosion zone do not prevail in the transport fan. RSV/RXV filter This series essentially differs from the RS/RX series in that its fans are arranged on the clean air side. RSV/RXV filters are suitable only for vacuum pressure operation. The capacity range extends from approx. 20,000 - 300,000 m³/h. The filter hoses are likewise cleaned off using the material-preserving low-pressure purge-air system.

The correct air budget is an often underestimated quality factor in surface treatment technology. Where heating, cooling, movement and filtration is concerned, a great deal of energy can be saved with innovative solutions. Supply air systems replace extracted air quantities and ensure: Supply and exhaust air systems Supply air systems ensure draught-free and clean ventilation of work rooms, while high-efficiency exhaust air systems with fans and filter systems are responsible for the necessary air exhaust. This takes place with the lowest possible use of energy and with the longest possible intervals between maintenance and cleaning operations. We also offer intelligent air solutions for dryers, pre-treatment plants and cooling zones. Heat recovery A further important point is heat recovery. We can achieve up to a maximum of 80% heat recovery with the most diverse systems. Cross-current, rotary heat exchanger, heating pipe or circulatory systems – they all have their own advantages and efficiencies, which we integrate according to requirements during the planning of the plant.

With high-quality filter tubes and PTFE diaphragms. Paint dust filters Wet painting also results in overspray. Overspray is the solid portion of the paint that is not taken up by the workpiece. According to the purpose of use, the overspray is moist and sticky immediately after release. It is captured by the exhaust air stream in the spray booth and fed to a filter. This can be, for example, a baffle plate filter, paper filter, fleece filter, glass fibre filter or also combinations of these. The adhesive effect causes the paint particles to adhere to the contact surfaces of the respective filter medium, as a result of which a good degree of separation is achieved. However, all these filters are storage filters, i.e. the filters clog up more and more during operation and cannot be regenerated. A filter exchange becomes necessary if the exhaust air rate of the spray booth falls below the minimum. This can be very time-consuming under certain circumstances and the work process must be interrupted in order to do it. To make things worse, not only must the filtered and bound paint residues be disposed of, but also the actual filter materials. Such tooling times are not justifiable for automatic, continuous or multi-layer painting processes. Continuous procedures such as automatically cleaned filters are likewise required for this. The humidity and the adhesiveness of the particles to be filtered are thereby the problem. In order to solve this problem, the paint particles should be relieved of their adhesive capability as far as possible whilst still inside the paint booth. Our patented ‘RTS-Rotation’ system is outstandingly well suited for this. The system is comprised of slowly rotating brush rollers, which take up the adhesive paint particles on the surface of the bristles and allow them to dry there. The bristles are automatically regenerated at pre-specified time intervals by combing devices that swing in at the rear of the brush rollers. The dislodged paint residues can then be removed and disposed of either manually during work breaks or automatically during operation. The degree of separation of this system is, however, insufficient to satisfy the environmental protection requirements concerning residual dust content in the exhaust air. A further filter stage is necessary for that. It must be assumed that the paint particles arriving here are to a certain extent still damp and sticky. For this we use special paint dust filters with high-quality filter tubes with PTFE diaphragms. If necessary, precoating agents (auxiliary dust) are used in order to neutralise the adhesive capability of the particles and to keep the dust layer on the filter elements permeable to air. The precoating agent is injected into the raw air pipe by means of special dosing units. The filter tubes are cleaned by means of compressed air impulse cleaning. The use of this technology requires special know-how. We have had the appropriate experience for almost ten years. The implemented plants have capacities ranging from 5,000 to 90,000 m³ /h. Because of the large number of different paint systems, individual experiments are usually necessary in our pilot plant in order to find the correct solution for the individual case.

The correct air budget is an often underestimated quality factor in surface treatment technology. Where heating, cooling, movement and filtration is concerned, a great deal of energy can be saved with innovative solutions. Supply air systems replace extracted air quantities and ensure: Supply and exhaust air systems Supply air systems ensure draught-free and clean ventilation of work rooms, while high-efficiency exhaust air systems with fans and filter systems are responsible for the necessary air exhaust. This takes place with the lowest possible use of energy and with the longest possible intervals between maintenance and cleaning operations. We also offer intelligent air solutions for dryers, pretreatment plants and cooling zones. Heat recovery A further important point is heat recovery. We can achieve up to a maximum of 80% heat recovery with the most diverse systems. Cross-current, rotary heat exchanger, heating pipe or circulatory systems – they all have their own advantages and efficiencies, which we integrate according to requirements during the planning of the plant.

When it comes to filter material, there are a few points to consider. The filter material should have a large surface area. This ensures a good exchange rate between exhaust air and filter material and provides sufficient space for microorganisms to colonise. The filter material must be designed in such a way that it has a good water holding capacity. The colonised microorganisms are only viable in a moist environment. In general, different filter materials are used in one batch. The reason for this it ensures both a good stability of the filter bed and a larger surface. In addition, the added microorganisms must be sufficiently supplied with inorganic nutrients and trace elements, unless this is provided by the composition of the exhaust air. The temperature inside the biofilter system plays a decisive role as well. Temperatures between 5 °C and 40 °C are favourable for the microorganisms to work properly.

Operating principle The AGGLOControl scrubber does an excellent job separating the smallest particles and aerosols. This dust collector is suitable for removing fine particles down to grain sizes of less than 3 μm. This makes the AGGLO scrubber from WesselUmwelttechnik predestined for use in various industrial contexts. Exhaust gases and exhaust air of various types are filtered efficiently and, above all, costeffectively, and raw gas is freed from dust. Clean gas is released into the atmosphere that has been purified of over 95 % of particles from 1 μm in size. With the AGGLOControl scrubber, the higher the dust density, the more efficient the separation of the contaminants. The AGGLOControl scrubber from WesselUmwelttechnik scores with its compact and spacesaving design, which can be accommodated on any industrial site.

Biological exhaust air cleaning is used whenever exhaust air has to be cleaned from volatile organic compounds (VOCs) and odours. Biofilters play a major role in this process. The polluted exhaust air is passed through a filter medium where the VOCs and odours are separated. Normally, this medium is an organic carrier material where microorganisms are grown on. They convert the VOCs and odours into noncritical components by means of their metabolism. Especially regarding the removal of odorous substances, biofilters are a very efficient and comparatively inexpensive way of biofiltration with an efficiency of up to 99 %. BIOCATbiofilters have a high degree of efficiency in a wide range of applications, even for exhaust air components that are difficult to dissolve in water.

Measurement of steam Much unused energy is wasted through the exhaust air during drying processes without appropriate control. The Ecomat AML optimises the heating energy required by monitoring charging of the exhaust air with water steam and controls this factor through the fan speed or the exhaust air vent control.

"Mikropor Makroline Air Intake Filters are designed to provide maximum performance for customers with extremely high dust capacity and low pressure drop air intake filter demands.Makroline filters are also suitable for use in higher temperature environments. Mikropor Makroline Air Intake Filters are designed for medium and heavy dust load conditions for applications such as Air Compressors, Construction Machines, Agricultural Machines, Harvesting Machines, etc."

With options of plastic or galvanized steel frames, these filters offer M6 to F9 efficiencies. Their compact and rigid design ensures durability, while low energy consumption and high surface area making them ideal for HVAC systems, pre-filters for cleanroom applications, and industrial processes.

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Our company started off its business in 1983 with the title of OTO SAHINLER as a Fiat 50 NC spare parts seller in Denizli, Turkey. As of 2017, we are the biggest IVECO spare parts supplier in the region and continue to look for more trade partners to distribute OEM parts for IVECO. Our portfolio includes all the spare parts for newest iterations / revisions of Iveco Eurocargo, Iveco Daily, Iveco Stralis, Iveco Astra and Magirus. Also parts for older but still in business models. We have more than 30 years of experience with service and spare parts business in the automotive sector and looking for expending our business to the new markets while establishing long-term and reliable partnerships. We are continuing our activities to provide the highest level of service to our customers and to be the best in our field in this way we have come out to provide "Sustainable Happiness", not instant.

AAF compressed air filters are designed for the protection of the downstream compressed air system and equipment with lower airflows against defects and other failures. They ensure high efficient removal of solid particles, water, oil aerosols, hydrocarbons, odour and vapours from compressed air systems up to 16 bar. Required compressed air quality according to standard ISO 8571-1 can be achieved with 5 different grades of filter elements (P, R, M, S and A). Optional internal and external condensate drains should be used for efficient condensate draining from the filter housing.< /br> <b>Features</b> <ul> <li>A wider range of different models for different flow rates, including larger 2” and 3” sizes. </li> <li>Convenient design for assembly of several filters and for wall mounting</li> <li>AVELOCK antivibration element lock system<li> <li>Needle felt drainage layer instead of foam for improved thermal resistance<li> <li>X2-COAT internal anti-corrosion protection<li> </ul>