Pressure filters - Import export

This type of filters are used to separate dust particles from dust-laden air, they can be used with positive or negative pressure, the filter bag is cleaned by 0.5 bar pressurized clean air that does not contain oil and water.

DEFINITION AND FUNCTION: The feature of Pressure Filter is filtering of solid particals which taken during the assembly or installation or servicing of a system. ESSF Pressure Filter series are hermetic design for connect on liquid line. The table shows the dimensions and filtration area. PROPERTIES: Maximum working pressure is 45 bar. Minumum flow resistance.

Type: SKE-O-837 Manufacturer: Bolz Description: Pressure filter

Type: EF60-125 Manufacturer: Seitz Description: Pressure filters

Metal vessel: 5, 10, 20 liter Pressure: -1.0 (FV) to +6.0 bar Temperature: -10 °C to +200 °C Filter: sintered 8 to 115 micron Material: stainless steel, Hastelloy® C22 These robust and compact pressure filters are designed for filtration, pressurizing the vessel with up to 6 bar pressure. They offer a removable filter basket, a quick opening / closing system and a perfect fit to Buchi pressure reactors, allowing for an easy operation. The filter vessel is jacketed and can be temperature controlled by a circulator. Process connections are standard Tri-Clamp configuration.

Pressure Filters The Filter is composed of a pressure tank containing the filtering elements and the washing device or dry cake removal system. The filtering elements are vertically mounted cloth covered plates in Stainless Steel/Titanium/PVC/PE/PP (so called leaves) or special candles (made in plastic materials or stainless steel).

The oil-lubricated SILVER-LINE compressor L-S50-25 is standardly equipped with a filter pressure regulator (manual condensate drain) and a 25 liter air tank.

The oil-lubricated SILVER-LINE compressor L-S200-50 is standardly equipped with a filter pressure regulator (manual condensate drain) and a 50 liter air tank.

The oil-free SILVER-LINE compressor OF-S90-15 is standardly equipped with a filter pressure regulator (manual condensate drain) and a 15 liter air tank.

Used for disperse quality of color and black masterbatches in base polymer

Compressed air preparation helps to prevent malfunctions on pneumatic components and increases their service life. Machine failures and downtimes are reduced. Whether compressed air preparation, regulation or cleaning, we have multi-part service units, from pressure regulators, filter controllers, oilers, condensate diverters and oil-water separators to system expansions and various accessories as well.

Compressed air preparation helps to prevent malfunctions on pneumatic components and increases their service life. Machine failures and downtimes are reduced. Whether compressed air preparation, regulation or cleaning, we have multi-part service units, from pressure regulators, filter controllers, oilers, condensate diverters and oil-water separators to system expansions and various accessories as well.

Compressed air preparation helps to prevent malfunctions on pneumatic components and increases their service life. Machine failures and downtimes are reduced. Whether compressed air preparation, regulation or cleaning, we have multi-part service units, from pressure regulators, filter controllers, oilers, condensate diverters and oil-water separators to system expansions and various accessories as well.

Compressed air preparation helps to prevent malfunctions on pneumatic components and increases their service life. Machine failures and downtimes are reduced. Whether compressed air preparation, regulation or cleaning, we have multi-part service units, from pressure regulators, filter controllers, oilers, condensate diverters and oil-water separators to system expansions and various accessories as well.

Compressed air preparation helps to prevent malfunctions on pneumatic components and increases their service life. Machine failures and downtimes are reduced. Whether compressed air preparation, regulation or cleaning, we have multi-part service units, from pressure regulators, filter controllers, oilers, condensate diverters and oil-water separators to system expansions and various accessories as well.

Compressed air preparation helps to prevent malfunctions on pneumatic components and increases their service life. Machine failures and downtimes are reduced. Whether compressed air preparation, regulation or cleaning, we have multi-part service units, from pressure regulators, filter controllers, oilers, condensate diverters and oil-water separators to system expansions and various accessories as well.

Compressed air preparation helps to prevent malfunctions on pneumatic components and increases their service life. Machine failures and downtimes are reduced. Whether compressed air preparation, regulation or cleaning, we have multi-part service units, from pressure regulators, filter controllers, oilers, condensate diverters and oil-water separators to system expansions and various accessories as well.

Compressed air preparation helps to prevent malfunctions on pneumatic components and increases their service life. Machine failures and downtimes are reduced. Whether compressed air preparation, regulation or cleaning, we have multi-part service units, from pressure regulators, filter controllers, oilers, condensate diverters and oil-water separators to system expansions and various accessories as well.

Advantages High flow rate No back flushing during the regeneration Easy discharge of the filter cake Short regeneration time Possible use of various filter belts Cleaning station for filter belts New, extremely pressure-stable design Area of application Pressure Belt Filters are used for the filtration of coolants in metal machining processes, preferable grinding sludges from rough-machining. Flow rate Various filter sizes and the modular design enable any required flow rate. Classification number - Filter aid without Filtration degree 30-100 µm Medium oil and emulsion Filter material filter belt

CF 30 G equipment is supplied completely assembled and ready for operation. The dust collection unit is suited for intermittent operation only, because regular cleaning of the pocket filter element in certain intervals is an absolutely must for the proper operation of the equipment. The cleaning intervals will depend on the operating conditions and must be established by experience. Normally cleaning intervals will be between operating times of 30 minutes to two hours. It is a prerequisite for sufficient and intensive cleaning of the filter cloth that dust collecting is interrupted during cleaning to achieve static pressures on the filter material. A retention time of 1 - 2,5 minutes between the end of the suction and the beginning of the cleaning process is therefore required. The filtered air must be removed outside - do not lead back to closed rooms!

The energy costs of a compressed-air system are decisively influenced by the pressure drop occurring during compressed-air filtration. To maintain the required operating pressure, this pressure drop needs to be compensated by correspondingly higher compressor performance. The consequence: increased energy demand, premature wear of the compressor ... and therefore higher costs. The better solution: CLEARPOINT compressed-air filters by BEKO TECHNOLOGIES.

Special FTJ filter fleeces are particularly suitable as precoat or support fleece on horizontal plate pressure filters or plate filters The following precoat agents are used: Diatomaceous earth Bleaching earth Cellulose Cornmeal The FTJ nonwovens Cora®Dot and Cora®Spun effect corresponding savings on precoat agents with extremely fine filtration.

Spraying system with state-of-the-art high-pressure motor pump set equipped with bypass, filter and pressure gauge. Pump equipped with ultra-resistant ceramic pistons. Motors are used with great success in the most diverse industrial activities, in particular in hygiene, humidification and cooling processes. Thanks to their exceptional technical characteristics, these groups can work continuously with low maintenance.

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.

"Mikropor manufactures a line of High Performance Compressed Air Filters, Moisture Separators in two different ranges; 50 bar range made of Aluminium. No welding, strong and reliable design. 350 bar range made of Steel. No welding and designed for reliability at very high pressure applications.Mikropor High Pressure Range Compressed Air Filters are NO-weld design. These Filters are built with ample wall thickness and as a result are extremely robust. In-house high pressure test facilities assure the performance. All inner and outer surfaces of 50 bar Aluminium design Filters are Anodised, where 350 bar Carbon Steel design Filters are epoxy electro powder coated."

"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."

The GLP is a pneumatic top-entry series agitator that is used for homogenizing, dispersing, emulsifying and suspending in vessels and for viscosities up to 500 mPas for instance in wastewater treatment, chemical and cosmetics as well as in food industries. The agitator speed adapts to the viscosity of the media being mixed. Compact and easy-to-maintain construction as well as low weight. Power transmission via elastic coupling in the bearing housing. The agitator shaft has a double bearing in an aluminum housing separated from the drive. Speed is sensitively and continuously adjustable, smooth start, insensitive to vapor, dust and smoke. Compressed air keeps all moving parts clean. Insensitive to heat, suitable for high ambient temperatures. Compressed air, expanding in the air engine cools the agitator drive. Includes filters, pressure reducers with pressure gauge that indicates the secondary pressure. Available with a vessel clamp to fix the GLP on a drum.

Our 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. Azot Üretim ve Saflaştırma Sistemleri Our Oxygen Generators are two-bed PSA systems filled with ZMS adsorbers. Including filters, a pressure regulator, valves and assemblies; the oxygen generation process is mainly the separation of oxygen and nitrogen from the clean and dry air. Our brand new MOG Series PSA Oxygen Generators offer an extremely economic way to generate the high capacity and purity level oxygen as customer required. We offer our customer oriented solutions for metal, medical, glass, mining, paper industries; ozone systems, laboratories, fishing farms, industrial ovens etc.