Filters- liquid - Import export

Reducing energy, saving resources and safe processing have high priority in the chemical and petrochemical industry today. Our advanced liquid separation technologies are targeted to treat hydrocarbon based or solvent containing process streams and provide valuable tools for process intensification. Typically organic liquid streams are processed by conventional thermal unit operations that consume high amounts of energy, operate at high temperatures and/or require additional chemicals for efficient separation. Our membrane based solutions offer potent alternatives or additions for new processes and a valuable tool for the retrofit of existing unit operations. Our product range: - BORSIG Organic solvent nanofiltration - BORSIG Pervaporation - BORSIG Process development services

Introducing our revolutionary PEEK Filter, crafted from premium polyetheretherketone thermoplastic material. This state-of-the-art filter offers exceptional filtration efficiency and durability, making it an ideal choice for various industries. Engineered with precision, our PEEK Filter guarantees reliable performance and ensures optimal filtration results. Experience advanced filtration technology with our high-quality PEEK Filter, designed to meet the stringent demands of industrial applications. Upgrade your filtration system today and witness the superior capabilities of our PEEK Filter.

The wedge wire cylinder screen is the most popular screen that can be adapted to many applications. The shape of the cylindrical screen helps the filtration process complete accurately. It is also called Johnson Screen in some applications. With the modular design of the cylindrical screen, it provides efficient filtration performance for many applications. In addition, cylinder wedge wire screens can rotate or remain static depending on your application. Advantages: Cylinder screen also called Johnson Screen provides different advantages for filtration as a type of filter screen. The main advantages of the cylindrical screen are listed below as Special surface treatment Modular and customizable design Corrosion resistance Durable – long service life Precise open gap Suited for many applications Applications: Water Treatment Mine, coal, mineral Processing Food and Beverage Petrochemical and oil

IBC discharge valve with 90° hose nozzle and sealing cap. The hose can also be closed with the enclosed sealing cap. Hose nozzle external PA Ø 30 mm, suitable for flexible hoses. The IBC discharge valve is a sturdy, high-quality ball valve with a hose connection and connection adapter including seal, for standard thread S 60x6 external or 1" external, designed to fit all commonly used European IBC containers. With the appropriate thread, the discharge valve can also be screwed directly onto the original discharge valve that is already on the IBC tank if the original valve is leaking or faulty. In this way the IBC discharge valve ensures fast and reliable residual emptying of the container with good dosing. The discharge valve is an indispensable accessory to ensure a professional connection of the hose or for filling from your IBC container.

KAMAT's own filter technology is innovative and fast-growing. Why are we involved in filter technology? The answer is simple: high pressure cleaning technology using water as an environmentally friendly medium requires a high quality filter and recycling solution. In some cases, traditional filter manufacturers are unable to meet these requirements, which is why KAMAT also offers its own customer-specific solutions in the field of filter technology. High-pressure water cleaning technology has many advantages: A water jet can be used gently on the surfaces to be cleaned, water is generally available as a medium and at the same time is environmentally friendly without extensive delivery costs. When it comes to accessories, high pressure cleaning systems have special requirements that are difficult to meet. For this reason, KAMAT has developed its own customised high-pressure filter solutions. KAMAT high pressure filters are available for operating pressures up to 4,000 bar.

The environmental protection has become essential. The water quality is a rare and expensive commodity and its production involves a problem more and more present with the industrial or urban slurries which need to be eliminated at a lower cost and if possible to be recovered. The filter-press has an important place in numerous industries whenever slurries can be concentrated : it can be used either in process or at the end of treatment. In any case the filter-press enables an optimal separation of liquid and solid and the last technical developments which has made it 100 % automatic made it also 100 % topical. The filter-presse is a machine used to filter under pressure the liquids loaded with solid matter in suspension. The filter-press is composed of 3 main parts : the frame, the filter part and the hydraulic power unit..

WHFIT process filter housings are designed for applications in process industry, where the risk for corrosion of compressed air system components is very high. WHFIT process filter housing can be used in variety of applications. For applications not listed please contact us or your local distributor. For oil removal, coalescing filter element must be installed and flow direction inside-out must be provided. General arrangement is filter head on top and filter bowl on bottom. Required compressed air quality according to standard ISO 8571-1 can be achieved with 8 different grades of filter elements (PI, PIW, PN, PP, PR, PM, PS and PA). Fluid group 1 on request.

AWS (Air-water supply) unit is an ideal solution for every gas/petrol station. It offers top quality supply with compressed air and water. High quality piston compressor with pressure vessel is surrounded by vandal protected stainless steel housing. Integrated AWS-C controller assures precise inflating of tyres and is user friendly.

Classical systems of the screw compressor have a regulated air cooling of the lubricating oil, which means that the excess heat is discharged into the ambient by the fan. In this way, the heat is completely lost. External heat recovery unit AirWatt is designed to efficiently exploit the waste heat, generated during compression of air in rotary screw compressors. Sometimes this represents more than 70% of the energy consumed by the rotary screw compressor for the operation. This heat can then be used to heat domestic water or for heating, at almost no additional costs. This does not only help save money but is also environmentally friendly. The unit has two separate piping systems with counterflow. Energy exchange from a compressor to sanitary water occurs in a plate heat exchanger, where compressor oil and sanitary water meets. The unit is controlled by a thermostatic valve, which prevents the compressor system from getting too cold and damaging the compressor.

B-AIR PLUS system is specifically designed for applications where high quality breathing air and monitoring of breathing air supply are needed. B-AIR PLUS is a combination of our B-AIR 0106 breathing air filter set combined with gas concentration analysers, fitted with pressure regulator and quick couplings, all packed in a compact and robust casing. Gas concentration analysers constantly monitor CO, CO₂ and O₂ concentrations and trigger an alarm if concentrations exceed the EN12021 and BS4275:1997 standard compliant values. In this way B-AIR PLUS can safely provide high quality breathing air for up to 5 people. Small dimensions and low weight enable the use of B-AIR PLUS in many applications as it can be transported and set up with ease.

B-AIR™ point of use filter set is designed for high efficient preparation of top quality breathing air. On request B-AIR™ filter set can be supplied with wall mounting brackets, pressure regulator and quick couplings. WARNING! Breathing air filter set B-AIR is not declared as CO₂ and CO removal filter. Despite that B-AIR comprises filter element which can reduce CO content.

PP pro paint system has been developed explicitly for purifying compressed air from solid, liquid and partially gaseous components. Protecting air equipment in addition to providing clean air for work. PP pro paint system is easy for a wall mount.

WOS CD is intended for systems, where amount of generated condensate exceeds capacity of single largest available WOS water oil separator. WOS CD can evenly distribute collected condensate between up to three WOS 35 water oil separators. WOS CD is equipped with flow distributor on the inlet port, up to 8 hose tail connections mounted on elbows for convenient outlet, manual ball valve for cleaning purpose and vent port for safe aeration. Optional wall mounting kit is available. Maximum capacity in regard to free air delivery, when connected to WOS-35 is 120 Nm3/min.

WOS water oil separators have been developed to separate lubricant oil from condensate from compressed air systems. WOS water-oil separator can be used in variety of applications. For applications not listed please contact us or your local distributor.

WOSm water oil separators have been developed to separate lubricant oil from condensate generated in compressed air systems. Due to patented technology regular service can be done in 30 seconds without any cleaning. Separation begins in “cyclonic depressurization chamber” and continues in “filter cartridge”. When the “filter cartridge” is fully saturated you just simply unscrew complete cartridge and replace it with new one. All the condensate stays in old cartridge which can also be sealed with plastic cover and disposed according to local directives and laws.

We are producing replacement filter elements according to ISO 8573-1. Alternative filters are tested by IUTA. Discover our range of replacement filters: ABAC, AGRE, AIRFILTER ENGINEERING, ALMIG, ALUP, ATLAS COPCO, ATS, BALMA, BEA, BEKO, BOGE, CECCATO, CHAUMECA, CHICAGO PNEUMATIC, CKD, COMPAIR, CTA, DELTECH, DOMNICK HUNTER, DONALDSON, EKOMAK, FIAC, FINITE, FUSHENG, HANKISON, HIROSS, HITACHI, INGERSOLL RAND, KAESER, KNOCKS, KOBELCO, KSI, MARK, MATTEI, MAUGUIERE, MIKROPOR, OMI, ORION, PNEUMATECH, PREVOST, PUSKA, SCHNEIDER, SMC, SPX NGF, SULLAIR, WALKER, WORTHINGTON CREYSSENSAC, ZANDER, ZONDER.

HPF process filters are designed for high pressure applications in process industry, where the risk for corrosion of compressed air system components is very high. Required compressed air quality according to standard ISO 8571-1 can be achieved with 9 different grades of filter elements. HPF process filter housing can be used in variety of applications. For applications not listed please contact us or your local distributor. For oil removal, coalescing filter element must be installed and flow direction inside-out must be provided. General arrangement is bowl on the top and filter head on the bottom. Fluid group 1 on request.

SPF stainless steel sterile filter housings are specially designed for applications in process industry, where the risk for corrosion of compressed air system components is very high. Required compressed air quality according to standard ISO 8571-1 can be achieved with appropriate filter element. SPF process filter housing can be used in variety of applications. For applications not listed please contact us or your local distributor. For oil removal, coalescing filter element must be installed and flow direction inside-out must be provided. General arrangement is filter head on the bottom and filter bowl on the top. Fluid group 1 on request.

The filters have incorporated several unique design features to minimise differential pressure and provide a filter and element combination where the differential pressure starts low and stays low to maximise energy savings and provide the lowest lifetime costs without compromising air quality. Features For the removal of bulk liquid, water and oil aerosols, atmospheric dirt and solid particles, rust, oil vapour, and micro-organisms Coalescing filter performance tested to the stringent requirements of ISO12500-1, ISO8573-2 and ISO8573-4 Dry particulate filter performance tested in accordance with the requirements of ISO8573-4

WFIF welded stainless steel filter housings with flange connections are designed filtration of compressed air as well as many other gasses where the risk for corrosion is very high or where stainless steel housing is required. Required compressed air quality according to standard ISO 8571-1 can be achieved with 8 different grades of filter elements (PI, PIW, PN, PP, PR, PM, PS and PA). Fluid group 1 on request. Optional external condensate drains should be used for efficient condensate draining from filter housing.

WFIW welded stainless steel filter housings have been specifically developed for filtration of compressed air as well as many other gases (for list of suitable gasses please contact us or your local dealer) where the risk for corrosion is very high or where stainless steel housing is required. To meet the required gas quality appropriate filter element must be installed into filter housing. Fluid group 1 on request.

WFIT welded stainless steel filters with threaded connections are designed for protection of the downstream compressed air system and equipment against defects and other failures. They are used for filtration of compressed air as well as many other gasses where the risk for corrosion is very high or where stainless steel housing is required. To meet the required gas quality appropriate filter element must be installed into filter housing.Required compressed air quality according to standard ISO 8571-1 can be achieved with 8 different grades of filter elements (PI, PIW, PN, PP, PR, PM, PS and PA). Optional external condensate drains should be used for efficient condensate draining from filter housing. Fluid group 1 on request.

IHP stainless steel high pressure filters are designed for high efficient removal of solid particles, water, oil aerosols, hydrocarbons and other vapours from compressed air systems up to 420 bar. Required compressed air quality according to standard ISO 8571-1 can be achieved with 5 different grades of filter elements (N5, N25, M, S and A). Optional external condensate drain should be used for efficient condensate draining from filter housing.

CHP carbon steel high pressure filters are designed for high efficient removal of solid particles, water, oil aerosols, hydrocarbons and other vapours from high pressure compressed air systems up to 420 bar. Required compressed air quality according to standard ISO 8571-1 can be achieved with 6 different grades of filter elements (B, P, R, M, S and A). Optional external condensate drain should be used for efficient condensate draining from filter housing.

HF O2 series of filter housings have been specifically developed for high efficient removal of solid particles from compressed Oxygen applications.

HF filters are designed for high efficient removal of solid particles, water, oil aerosols, hydrocarbons and other vapours from compressed air systems. To meet the required compressed air quality appropriate filter element (B, P, R, M, S, A) must be installed into filter housing. Optional external condensate drains should be used for efficient condensate draining from filter housing.

BF HP filters are designed for protection of the downstream compressed air system and equipment against defects and other failures in high pressure applications. Due to their robust welded carbon steel construction, are used for installation in heavy industrial applications with high air flows.They ensure high efficient removal of solid particles, water, oil aerosols, hydrocarbons, odour and vapours from compressed air systems up to 25 bar. Required compressed air quality according to standard ISO 8571-1 can be achieved with 6 different grades of filter elements (B, P, R, M, S and A). Optional external condensate drains should be used for efficient condensate draining from filter housing. Fluid group 1 on request.

M-VAC filters are designed for medical vacuum applications. Medical vacuum filters are optimized for high efficient removal of bacterial and other contamination (solids and liquids) from the suction side of vacuum pumps preventing damage to the pump and the potential biological infection of the surrounding environment. Removed liquids are collected in a transparent flask which can be removed for sterilisation. The efficiency of the installed filter elements exceeds the 0,005 % penetration specified in HTM 2022 for infectious disease units, when tested in accordance with BS 3928.

P-VAC filters are designed for protection of vacuum pumps. These filters are optimized for high-efficient removal of solid particles and other contamination from the suction side of vacuum pumps preventing damage to the pump. Two filtration stages are available for P-VAC filters. Rough prefilter “VACP” removes bulk liquid and large solid particles, while high efficiency microfilter VACM removes very fine impurities which may damage the pump.