Air systems - Import export

High-quality compressed air is very important for many industries, it has a vital role in breathing air applications. Mikropor breathing air purifiers are designed to eliminate hazardous substances in the air conforming to related standards. (Mikropor breathing air purifiers are designed to protection against a range of contaminants that may be present in a compressed air fed breathing air system.) The atmospheric air that we breathe is composed of approximately 78 percent nitrogen, 21 percent oxygen, 1 percent argon, and many other trace components. Standards including the allowable limits of the specification for each component for breathing air. Mikropor production breathing air purifiers comply with international standards.

The Air Channel is used for cleaning wheat, barley, legumes and soybeans. The machine removes all kinds of light materials different from cereal grains in terms of aerodynamic properties: garbage, straw and spike fractures, various seeds, peeled shell and dust from the product by means of air flow. While the grain products are distributed homogeneously in the width of the Air Channel with the feeding table of the machine or a vibrating feeder, the light particles in it are conveyed to the upper outlet channel with the air flow coming from the bottom, and the cleaned product falls down and transferred into the system. ◾ The lighting created by the window enables the separation to be seen clearly and thus all kinds of air adjustments can be made. ◾ Manufactured in two types, this machine with vibro motor is usually used with a Peeler machine, the non-motorized one is used with a Garbage Purifier machine.

It performs the task of separating the light grains and shells of the unwanted foreign substances from the grain with the air flow. The grain is spread over the bottom by a vibrating feeder and conveyed towards the air duct. It is washed by the air flow opposite the movement of the grain, which enters the air channel with a homogeneous distribution. In the meantime, unwanted light grains are separated from the grain by moving with the air. Applications Fields ◾ Food Industry ◾ Flour Mills ◾ Semolina Mills ◾ Feed Mills ◾ Grain Cleaning Plants ◾ Corn Processing Plants ◾ Oil Factories ◾ Plywood Factories ◾ Grain Storage Silos ◾ Corn Mills ◾ Corn, barley, rye, oats, and so on grain processing plants

It is utilised to partitioned air from the item, which is released from a typhoon separator into pneumatic frameworks. It is introduced underneath the twister separators and air filters. It works with the negative weight and in addition an air seal against spillage. Applications Fields ◾ Food industry ◾ Flour and semolina mills ◾ Feed mills ◾ Grain cleaning plants ◾ Corn processing plants ◾ Grain warehouses and silos ◾ Malt Factories ◾ Biscuit and macaroni plants

With more than 35 years of air filtration experience, Mia Air offers you the latest filtration technology. Mia Air has been designed to provide fresh clean air by trapping 99.999 % of ultra-fine particles in the air. It has 11 m2 filtration area and 100 m2 effective room coverage. By using HEPA filtration, which traps extremely small particles, Mia Air can transform polluted air into clean air in seconds.

MPF filters are mini pleated filters with metal, plastic or cardboard frame. They are available between M5-F9 (EN 779:2012) efficiencies / ISO ePM10 - ISO Epm1 (ISO 16890). . These filters offer high surface area with low energy use which make them optimal choice for HVAC applications.

Hepa Filter Box is designed to be used in any space requiring high-level climate control, such as clean rooms, operating rooms, and sterile environments.

Eurovent certified MVX Series, are fully potted filters which make it the ultimate choice for gas turbine applications. These filters combine energy savings with a high surface area. With efficiency options ranging from M6 to F9 & ISO ePM10/ISO ePM1.

Introducing the MVHHT Series: High-temperature filters built to withstand the heat. Crafted with micro glass fiber media and separator, available in stainless steel or galvanized steel frames. Resilient up to 250 degrees, these filters are essential for air conditioning systems and industrial processes. "

MVH Filters are available with galvanized steel, aluminium or stainless steel frame. They are suitable for air conditioning systems in hospitals, laboratories and museums and Industrial processes such as pharmaceutical, food and microelectronics.

Introducing MV4HT, V-Bank type high-temperature filter. Crafted with a galvanized steel frame and microglass fiber media, it offers M6 to F8 efficiency. The high-temperature gasket ensures resilience up to 350 degrees, making MV4HT the optimal choice for demanding applications in the automotive industry

Introducing the MV Series, a V-Bank type filter designed for superior air quality. With a plastic frame and microglass fiber media, it spans from M6 to F9 efficiencies or ISO ePM10 / ISO ePM1. Ideal for HVAC, cleanrooms, and air purification from smokes to pollens. MV Series offer a compact design, high surface area, and energy-saving efficiency. The V product line ensures compliance with VDI 6022, assuring top-notch performance and reliability.

Mikropor V-BANK type carbon series is engineered to effectively eliminate airborne particles and address a broad spectrum of odors under high air flow conditions.

MTF-H SERIES Filters are constructed using Micro Glass Fiber. Simply, there is no better performing filter media available to meet the flow performance requirements and high efficiency filtration needs for turbo machinery.

MSKP Series – a G4 efficiency pre-filter for HVAC systems. Crafted with a galvanized steel or stainless steel frame, it offers flexibility to meet diverse customer needs. These filters are not only light and rigid but also have a low initial pressure drop, ensuring optimal performance in air filtration.

MPS Fine Series – HVAC filtration. With synthetic media and a robust galvanized steel frame, these filters offer efficiency between M5-F8, durability, and low initial pressure drop. Upgrade your HVAC for cleaner, healthier air.

Introducing the MPR Synthetic Media Filter – a high-performance solution for diverse air filtration needs. Crafted with a molded plastic frame and synthetic media, it achieves efficiency levels from G4 to M6. Ideal for automotive, gas turbines, and general ventilation in offices, industrial, food processing, and labs. Boasting a low initial pressure drop, high dust-holding capacity, and a rigid self-supporting design, it ensures durability and energy efficiency. Plus, it's incinerable, aligning with eco-friendly practices. Upgrade to MPR for reliable, efficient filtration in various applications.

With a cardboard frame and metal-free production, these filters offer advantages like disposability, moisture-resistant cardboard frame, and tidy pleat spacing. Customizable in width and height, metal-free construction ensures versatility. Incinerable for eco-friendly disposal. Perfect as pre-filters for HVAC and gas turbines

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.

Your solution for high-temperature challenges in the automotive industry. With high efficiency and an extensive surface area, these filters thrive in temperatures up to 270 degrees. Trust MASHT for top-tier performance and durability, ensuring optimal air quality in demanding automotive environments.

Introducing our Gel-Sealed HEPA Filter. Depths options are 73mm,80mm, 88mm,104mm, it suits diverse HVAC systems. Designed for critical spaces like hospitals, labs, museums, and industries (pharmaceutical, food, microelectronics). "

Mikropor offers a wide variety of solutions including high efficient EPA, HEPA & ULPA filters and leakage free hood and box variations. Through individual testing Mikropor guarantees the performance and impermeability (leakproof) by using he EN 1822 test standard. All EPA, HEPA & ULPA class filters are delivered with test certificates.

MVH Plastic Filters consist of Microglass Fiber and Plastic frame. They are suitable for air conditioning systems in hospitals, laboratories and museums and Industrial processes such as pharmaceutical, food and microelectronics.

MHH Filters are optimal choice for cleanroom applications and laminar flow cabins. They are made of extruded anodized aluminium and many available collar diameters. Such as, 150mm, 200mm, 250mm, 300mm, 400mm.

"FFU (Fan Filter Units) that require precise cleanliness of environmental air (as per ISO 14644 standard flow environments) also need to operate in a laminar air flow in these situations. Mikropor produces Fan Filter Units with two stage filtration. Fan Filter Units ( FFU) are based on a push and pull working principle, with environmental air drawn through a G4 class coarse filter to capture relatively large particles. Thanks to Mikropor’s highly efficient HEPA class filters on the second stage, outlet air on the production lines will have the highest level of air purity. Mikropor produces standard or custom sized Fan Filter Units, designed and manufactured to meet the cleanroom application requirements."

"With more than 20 years of global filtration experience as a World Class Manufacturer utilizing state of the art technologies and equipment, Mikropor understands its customers’ demands and thus is the preferred partner for ATEX applications worldwide. In order to avoid explosion risks, the European Commission declared ATEX Equipment Directive 2014/34/EU. Mikropor filters are manufactured according to 2014/34/EU and additional supporting directives issued by the EU."

Mikropor Spin-On Type Air/Oil Separators are manufactured as exchangeable elements. Because Spin-Ons do not require a compressor housing, they permit uncomplicated and quick replacement without dismantling the compressor. Spin-On Type Air/Oil Separators are available for 0,5 to 7 m³/min flow rates operating at 7 bar.

Mikropor Oxygen Generators are a Pressure Swing Adsorption (PSA) system supplying pure oxygen to the airline. Zeolite molecular sieve (ZMS), an effective adsorbent, separates oxygen and other molecules like nitrogen and argon gas in the dry air. Non-oxygen molecules are adsorbed by ZMS under constant pressure, so oxygen is produced.

"Pressure Swing Adsorption (PSA) type Nitrogen Generation System that is used to separate and enrich nitrogen from oxygen employs CMS (Carbon Molecular Sieve) as adsorbent. CMS adsorbs oxygen and water vapor molecules under a certain pressure while allowing nitrogen to pass through in the line. The Nitrogen Generator consists of two adsorber vessels filled with CMS. Clean and dry air is directed to one of the adsorber beds where oxygen and water vapor are adsorbed faster than nitrogen in the pore structure of the CMS, resulting in increased nitrogen purity of the product gas stream to the desired level (95-99.999% as required by customer)"