Compressed-air systems - Import export

It is a machine that works with a fully compressed air system and is used to turn wheat coming from the cleaning unit into flour in flour factories. The chassis is made of sheet metal construction, and the sub-chassis is completely scanned on the borvek bench to ensure the parallelism of the balls. Rubber wicks are placed under the bed slides to absorb vibration. The properties of the rollers installed on the machine vary according to the diagram and are determined according to the purpose of obtaining the desired flour yield from the factory. All controls on the machine are made with the help of air stimulated valves and there is no electricity consumption. Depending on the amount of incoming product, the valves are stimulated, the pistons close and the grain balls come into action. Thanks to the plate on the grain rolls, the amount of product can be adjusted and flow is provided

It is a machine that works with a fully compressed air system and is used to turn wheat coming from the cleaning unit into flour in flour factories. The chassis is made of sheet metal construction, and the sub-chassis is completely scanned on the borvek bench to ensure the parallelism of the balls. Rubber wicks are placed under the bed slides to absorb vibration. The properties of the rollers installed on the machine vary according to the diagram and are determined according to the purpose of obtaining the desired flour yield from the factory. All controls on the machine are made with the help of air stimulated valves and there is no electricity consumption. Depending on the amount of incoming product, the valves are stimulated, the pistons close and the grain balls come into action. Thanks to the plate on the grain rolls, the amount of product can be adjusted and flow is provided as a curtain between the roll rolls.

It is a machine that works with a fully compressed air system and is used to turn wheat coming from the cleaning unit into flour in flour factories. The chassis is made of sheet metal construction, and the sub-chassis is completely scanned on the borvek bench to ensure the parallelism of the balls. Rubber wicks are placed under the bed slides to absorb vibration. The properties of the rollers installed on the machine vary according to the diagram and are determined according to the purpose of obtaining the desired flour yield from the factory. All controls on the machine are made with the help of air stimulated valves and there is no electricity consumption. Depending on the amount of incoming product, the valves are stimulated, the pistons

"It is highly crucial to have clean and dry air in the system to have profitable and efficient manufacturing worldwide. Mikropor MMD-VP Series Modular Vacuum Purge Heatless Desiccant Air Dryers remove water vapor from compressed air, stop corrosion, and inhibit the growth of micro-organisms in critical applications. Mikropor MMD-VP Series Modular Vacuum Purge Heatless Desiccant Air Dryers supply high-quality dry air which has -40 °C dew point or optionally -70 °C dew point to the system with affordable prices and reliable way. In that way, the production machine has a longer life, minimum maintenance costs, and processed product is produced in a healthy and safe way. The new vacuum purge technology decreased air loss during the regeneration process and make the production more cost-efficient way."

"The light weight modular design desiccant dryer series brings a new concept in compressed air technology, offering total installation flexibility to meet specific needs. Mikropor’s Modular Desiccant Dryers are less than half the weight and size of a traditional twin tower design, allowing even the largest models to be easily moved through a standard doorway. Mikropor’s innovative Modular Air Dryers make it easier and more affordable than ever to deliver high-quality compressed air for virtually herever it’s needed. Mikropor Modular Desiccant Dryers have cosmetic beauty and can be located in clean, pleasant environments eyesore. Offered in sizes from 5 m³/h to 400 m³/h with dew point of -40°C to -70°C (optional) these dryers are equipped with everything you need, requiring only air inlet/outlet connections."

"This design achieves a hyper-efficient 100% contact between the air and refrigerant circuits, delivering state-of-the-art performance and great cooling efficiency. The state-of-the-art 3-in-1 design features very low differential pressure delivering significant energy savings. The 3-in-1 Heat-Exchanger is compact and allows the dryer to be smaller and reduces the space required for the dryer. Mikropor offers a variety of 3-in-1 dryers equipped with the 3-in-1 Heat-Exchanger to meet a full range of capacity and power requirements."

"What Mikropor offers you with MKE SERIES: - Low pressure drop saves compressor power - Quick start and reaction time provides additional production time - Every dryer is specially designed with the right components to consume the lowest energy - Highly energy efficient and environmentally friendly R134a refrigerant across all models. - R513a refrigerant is optional. - A state-of-the-art heat exchanger design provides the highest cost saving in the industry - Best in class refrigerant compressors consume less energy against competition dryers - Pressure switches control the condenser’s fan motor for saving energy and letting the system operate at desired conditions - This is not only a dryer, but an air treatment package that delivers an air quality of class 1.4.1 as per ISO 8573:2010 due to integrated filtration"

"Most compressor manufacturers do not use an aftercooler on their piston type compressors. Therefore compressed air exits the compressor at about 100°C temperature. Mikropor's High Temperature Dryer has an aftercooler to reduce the inlet temperature."

Mikropor MDA Heatless Desiccant Air Dryers provide constant -40⁰C (-70⁰C Optional) pressure dew point.These dryers are designed to supply clean and very dry compressed air for critical applications. Pre-filters and after-filters are standard on all Mikropor Heatless Air Dryers to keep the air stream clean and maintain the integrity of the desiccant medium. A very reliable electronic controller is utilised so the dryer operates perfectly through its service life. MDA Heatless Desiccant Dryers are equipped with special valves and high quality desiccants in order to assure performance and provide the lowest pressure drops available in the market.

Cycling refrigerated dryer design helps you achieve optimal performance at a lower cost compared to a Digital Cycling design.To reduce energy consumption, the dryer refrigeration system automatically deactivates during periods of low load and features a patented heat exchanger and thermal mass circuit.MCY Series Air Dryers are highly reliable, efficient, have small space requirements and offer low cost ownership. Integration of pre / post filtration within the dryer cabinet saves labour time, installation cost and valued production space. The compact size also offers flexibility and economy during transportation.

A centrifugal blower and high efficiency heater eliminate the use of valuable compressed air for desiccant regeneration.The completely automatic drying system uses blower to pull ambient air and pass it through the heater. This hot air stream flows opposite to drying flow direction. Hot air above 200⁰C regenerates the moisture inside desiccant bed and strips it completely of all moisture. The advanced control system monitors the dew point and adjusts the heating/regeneration accordingly thereby providing valuable energy savings.

Mikropor Compressed Air Filters have been designed to meet all requirements of the compressed air filtration world. These air filters provide more comfortable usage for end users with an increased endurance, higher efficiency at lower pressure drop and more port size options.The air filters have four efficiency ratings, removing contaminants as small 0.01 micron at up to 290 psi (20 bar)- 1/4” to 3” NPT/BSP pipe sizes. A protected auto float drain (2 mm orifice) is standard for optimal and reliable removal of liquid contaminants. These air filters have a zero-porosity aluminium and durable epoxy powder-coat finish, along with a corrosion-resistant internal coating for a long service life. Filter combinations are configured to meet specific application requirements. Filters comply with PED and perform as per related ISO 8573 standards. These filters may be equipped with differential pressure gauges for easy maintenance and energy efficiency.

With over 30 years of experience Mikropor manufactures the best performing replacement elements in the industry. Mikropor offers four layers of Superior Protection-from 1 micron to 0.01 micron. Durable element construction and an efficient drain layer ensure continued performance with optimal element change periods.Additionally, High efficiency Micro-Glass nanofiber media (80 times finer than Cellulose Fiber) delivers higher targeted efficiencies, longer service life, wide chemical and synthetic lubricant compatibility even at extreme working temperatures.Mikropor assures that the replacement elements perform equal to or better than the original elements. Replacement elements have been designed and tested in ourstate-of-the-art test laboratories.

"Mikropor is proud to announce that the new MK-DS series explicitly prevails over any other type of refrigerated air dryer by achieving everyone’s goal to lower energy costs. The MK-DS Series, with a specially designed heat exchanger and digital scroll compressor, provides unrivalled energy efficiency in a refrigerated air dryer. The challenge of maintaining a stable dewpoint and saving energy can be overcome with this latest technological development. Combining Mikropor’s expertly designed heat exchanger, leading filtration technology and digital scroll compression in Mikropor’s MK-DS dryers provides the ultimate energy efficiency solution for compressed air systems with varying levels of air demand."

Most PSA Nitrogen Generator users require the highest levels of Nitrogen purity by the most cost-effective means possible. Mikropor’s brand new MDX Nitrogen Purifier System offers an extremely economic way to increase Nitrogen purity levels beyond 99.5% or 99.9% all the way up to 99.999% purity. The MDX range increases Nitrogen purities by utilizing a specially designed catalyst with a large surface area. As a result of the reaction on the catalyst surface, the residual oxygen content is reduced to maximum 10 ppm level. Mikropor’s MDX Nitrogen Purifiers, combined with Mikropor’s MNG Nitrogen Generators, utilise a small amount of Hydrogen gas during the reaction process to achieve high levels of Nitrogen purity by avoiding compressed air loss. The MDX System, in conjunction with MNG Nitrogen Generators, will significantly reduce power consumption and still achieve the highest possible levels of Nitrogen purity.

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.

Body- Cover : GG-25 Cast Iron ( EN GJL 250 ) / Ball : Ductile Iron or Stainless Steel / Gasket : PTFE - Teflon / O-Ring : EPDM- NBR / Connection : Flanged / Max. Working Temp. : 120 ºC / Max. Working Pressure: 16 Bar *** Applications Area : Hot and Cold Water Systems / Compressed Air System / Non-acidic and non-flammable liquid fluids

Body- Cover : GG-25 Cast Iron (EN GJL 250) / Filter : Stainless Steel / Gasket : PTFE-NBR-EPDM / Connection : Flanged / Max. Working Temp. : 120 ºC / Max. Working Pressure: 16 Bar *** Applications Area :Hot and Cold Water Systems / Compressed Air System / Non-acidic and non-flammable liquid fluids / Saturrated Steam

Brass Check Valve ( Vertical Type - Swing Type) ** / Body : Brass ( CW617N-CuZn40Pb2) / Connection : Threaded / Body Type : Vertical & Swing Type / Disc : Polymer Plastic For Vertical, Brass For Swing / Max. Working Temp. : 90 ºC / Max. Working Pressure : 10-16 Bar *** Application Areas : Hot and Cold Water Systems / Compressed Air System / Non-acidic and non-flammable liquid fluids

Y Strainer (Filter) Brass From DN15 to DN100 ** / Body : Brass ( CW617N-CuZn40Pb2) / Connection : Threaded / Body Type : Vertical Type / Filter : Stainless Steel AISI304 / Max. Working Temp. : 80 ºC / Max. Working Pressure : 16 Bar *** Application Areas : Hot and Cold Water Systems / Compressed Air System / Non-acidic and non-flammable liquid fluids

Brass Safety Valve (Straight & Corner) ** / Body : Brass ( CW617N-CuZn40Pb2) / Connection : Threaded / Body Type : Straight - Corner Type / Max. Working Temp. : 120 ºC / Max. Working Pressure : 16 Bar *** Application Areas : Hot and Cold Water Systems / Compressed Air System / Non-acidic and non-flammable liquid fluids

Mini Ball Valve (Male- Female) / Ball Valve with Union ** / Body : Brass ( CW617N-CuZn40Pb2) / Connection : Threaded / Body Type : Mini / Union / Max. Working Temp. : 120 ºC / Max. Working Pressure : 10- 16 Bar *** Application Areas : Hot and Cold Water Systems / Compressed Air System / Non-acidic and non-flammable liquid fluids

Brass Valve with Drain / Brass Ball Valve with Drain ** / Body : Brass ( CW617N-CuZn40Pb2) / Connection : Threaded (FF) / Type : Drain Type / Max. Working Temp. : 120 ºC / Max. Working Pressure : 16 Bar *** Application Areas : Hot and Cold Water Systems / Compressed Air System / Non-acidic and non-flammable liquid fluids

Brass Ball Valve PN16-PN25 ** / Body : Brass ( CW617N-CuZn40Pb2) / Connection : Threaded / Body Type : Short- Long Type / Max. Working Temp. : 120 ºC / Max. Working Pressure : 16- 25 Bar *** Application Areas : Hot and Cold Water Systems / Compressed Air System / Non-acidic and non-flammable liquid fluids

Brass Ball Valve For Drinking Water - PN10 ** / Body : Brass ( CW617N-CuZn40Pb2) / Connection : Threaded / Body Type : Long Type / Max. Working Temp. : 120 ºC / Max. Working Pressure : 10 Bar *** Application Areas : Hot and Cold Water Systems / Compressed Air System / Non-acidic and non-flammable liquid fluids

Body- Cover : GG-25 Cast Iron ( EN GJL 250 ) / Ball : Ductile Iron or Stainless Steel / Gasket : PTFE - Teflon / O-Ring : EPDM- NBR / Connection : Flanged / Max. Working Temp. : 120 ºC / Max. Working Pressure: 10-16 Bar *** Applications Area : Hot and Cold Water Systems / Compressed Air System / Non-acidic and non-flammable liquid fluids

Body- Cover : GG-25 Cast Iron ( EN GJL 250 ) / Ball : Ductile Iron or Stainless Steel / Gasket : PTFE - Teflon / O-Ring : EPDM- NBR / Connection : Flanged / Max. Working Temp. : 120 ºC / Max. Working Pressure: 6 Bar *** Applications Area : Hot and Cold Water Systems / Compressed Air System / Non-acidic and non-flammable liquid fluids

Disco Check Valve / Wafer Type ** Body : MS 58 Brass - From( DN15-DN100) / Ductile Iron (EN GJS 400-15) - From (DN125-DN200) / Spring, Disc, Centering : Stainless Steel / Max. Working Temp. : 120 ºC / Max. Working Pressure : 16 Bar / Connection Flanged- Wafer Type *** Applications Area : Hot and Cold Water Systems / Compressed Air System / Non-acidic and non-flammable liquid fluids / Liquid Fuel Systems