Coalescer Media

Description: Lypore® Unity Liquid/Gas and Liquid/Liquid Coalescing media grades are optimized for efficient separation of water from liquids or oil mist and water from air streams All grades are constructed with the proven technology of borosilicate microfiberglass that offers the highest level of

• Filtration Product: Coolants, Hydraulic Fluid
• Features: Gas, Gasoline / Diesel, Micro Filtration, Other
• Filter Medium Material: Glass Fiber
• Application / Industry: Hydrocarbon Processing (Oil & Gas)

Description: The CP industrial coalescer filters are manufactured using a cellulose particulate capture media and a resin impregnated glass fiber coalescing core (no metal core). This unique combination of media provides the industry with one of the most efficient particulate and water

• Filtration Grade (Micron Rating): 1 to 25 µm
• Type: Cartridge
• Filter Medium Material: Cellulose
• Filtration Product: Gasoline / Diesel

Description: Munters DCM type Coalescer candles are designed to eliminate finest solids and liquid particles from wet gas flows. The candles have an integrated prefilter considerably increasing the cartridges lifetime. Munters DCM Coalescer candles are particularly effective at removing the finest

Description: and create problems. Dirty coolant is pulled from your sump surface into the coalescing tank. The oleophilic (oil-attracting) coalescing media gathers tiny oil droplets that are too tiny to rise to the surface on their own. The surface area of our media collects enough of them

• Technology: Coalescing

Description: Material: PP, Nylon, Glass Features • Nylon media for water from hydraulic oil • PP media for tramp oil from semi-aqueous cleaner • Glass media for chemical compatibility • Maximum temperature 160°F Specifications These high efficiency coalescing elements are designed to reduce

Description: and create problems. Dirty coolant is pulled from your sump surface into the coalescing tank. The oleophilic (oil-attracting) coalescing media gathers tiny oil droplets that are too tiny to rise to the surface on their own. The surface area of our media collects enough of them

• Technology: Coalescing
• Function: Oil Filtering / Removal

Description: and create problems. Dirty coolant is pulled from your sump surface into the coalescing tank. The oleophilic (oil-attracting) coalescing media gathers tiny oil droplets that are too tiny to rise to the surface on their own. The surface area of our media collects enough of them

• Technology: Coalescing

Description: Inside-out flow for rates up to 6 GPM. Single-stage polypropylene media for use in industrial machine coolants, quench rinse water, bilge water, air compressor condensate and oily mop water. Ideal for any separation requiring removal of free tramp oil from water or water-based fluids.

• Type: Cartridge
• Filtration Product: Coolants, Lubricants, Oil, Water
• Additional Features: Duplex
• Features: Filter Element / Cartridge

Description: Inner core - Prevents element from collapsing in backflow conditions Optional internal pleated prefilter - 3.0 micron media protects the fine borosilicate fibers from large particles, extending the life of the coalescing media Inner media wrap - Allows crossflow of gas which

• Filter Size Rating: 0.3 microns
• Maximum Air Volume: 1,125 SCFM
• Maximum Inlet Pressure: 250 psi
• Connection: 1½" NPT, 1" NPT, 1/2" NPT, 1/4" NPT, 2" NPT, 3/4" NPT, 3/8" NPT

Description: Inner core - Prevents element from collapsing in backflow conditions Optional internal pleated prefilter - 3.0 micron media protects the fine borosilicate fibers from large particles, extending the life of the coalescing media Inner media wrap - Allows crossflow of gas which

• Filter Size Rating: 1 microns
• Maximum Air Volume: 1,800 SCFM
• Maximum Inlet Pressure: 250 psi
• Connection: 1½" NPT, 1" NPT, 1/2" NPT, 1/4" NPT, 2" NPT, 3/4" NPT, 3/8" NPT

Description: Inner core - Prevents element from collapsing in backflow conditions Optional internal pleated prefilter - 3.0 micron media protects the fine borosilicate fibers from large particles, extending the life of the coalescing media Inner media wrap - Allows crossflow of gas which

• Filter Size Rating: 0.01 microns
• Maximum Air Volume: 675 SCFM
• Maximum Inlet Pressure: 250 psi
• Connection: 1½" NPT, 1" NPT, 1/2" NPT, 1/4" NPT, 2" NPT, 3/4" NPT, 3/8" NPT

Description: surface area invariably promotes separation in adsorption based regimes. Media were developed with 60 and 160 fold increases in surface area relative commercial separation media currently used for this application. Media were tested in 7 (B7), 20 (B20), and 40 (B40) percent

Description: Inner core - Prevents element from collapsing in backflow conditions Optional internal pleated prefilter - 3.0 micron media protects the fine borosilicate fibers from large particles, extending the life of the coalescing media Inner media wrap - Allows crossflow of gas which

• Maximum Air Volume: 1,125 SCFM
• Maximum Inlet Pressure: 250 psi
• Operating Temperature: 150 F
• Connection: 1½" NPT, 1" NPT, 1/2" NPT, 1/4" NPT, 2" NPT, 3/4" NPT, 3/8" NPT

Description: coalescers, wire mesh coalescers and even “high efficiency” mesh pads and filter separators, achieving superior separations under demanding conditions. LIQUISEP technology makes use of proprietary LIQUIFORM™ media and our patented APEX® element design to intercept entrained

• Technology: Coalescing
• Function: Oil Recovery

Description: from the surface of your sump and goes into the coalescing tank. Tramp oil separation is caused by gravity, and accelerated using our coalescing media. The amount of separation depends on how long it’s held in the tank. Holding time is adjusted by setting the air pressure going to the pump.

• Removal Rate: 3 GPH
• Technology: Coalescing, Gravity

Description: continuously while the machine tool is in operation, thus eliminating downtime. Special packed media is used to filter free tramp oil from contaminated coolant. Coalescing oil is continually skimmed off into a separate waste container while clean coolant is recycled back to the process tank.

• Removal Rate: 2 GPH
• Technology: Coalescing
• Function: Oil Filtering / Removal

Description: filled with a media bed formulated to attract and hold the contaminants, while at the same time repelling the water molecules. Wastewater passes through the media bed and the bed traps the contaminants. The contaminant lubricants are actually bonded to the media bed, virtually

• Technology: Coalescing
• Function: Oil Filtering / Removal

Description: The Parker Moduflex Lite Series offers a real step forward for connection sizes G1/2 and G3/4. Moduflex Lite series offers unique advantages: Ideal for aggressive media and environment Patented nano lubrication technology allows the oil mist to travel up to 40m along the air line Ultra light

• Filter Size Rating: 0.01 microns
• Maximum Air Volume: 50,853.168 SCFM
• Operating Temperature: 14 to 140 F
• Drain: Automatic

Description: The AltairNeptune range of filter elements consists of the cleanable HV1000 and HV1500 coalescer/filter bags, which offer superior coalescence performance and salt removal capabilities. Features & Benefits HV1000 The HV1000 is a high-efficiency bag filter consisting of synthetic laminated

• Type: Bag

Description: polyphenylsulfone (PPSU) coalescing media that withstands petroleum based cleaners, glycol anti-freeze and temperatures up to 240 degrees F and a fully serviceable design for inspection and cleaning.

• Applications: Other

Description: Mi-T-M’s popular BIO Series System utilizes fixed-film bacteria in conjunction with coalescing media. Various tank sizes and flow rates are used to create retention time for the treatment of wastewater streams. Oxygen is supplied to the bacteria in the waste stream by venturi injection. This

Description: The AltairLibrapulse range of pulse-jet filter elements is available in a variety of configurations and sizes, including single cylindrical, double cylindrical and double cylindrical/conical. The elements are also available in three media types, Nanomedia technology, fully synthetic, and a

• Range: Nano Filtration

Description: to increase the dust-holding capacity of the system and the life of the high efficiency filter elements leading to extended intervals between shutdowns. Available in G3 and G4 filtration efficiency. OHF High efficiency final filter, based on pleated media in a rigid, molded V-cell frame.

• Type: Bag

Description: high-performance solution for network interface applications over fiber or copper media. They are ideal for use in defense, aerospace, industrial, and scientific research computing systems. • Quad-port gigabit Ethernet XMC NIC Card • Intel® I350 Controller Performance Specifications

• Number of Ports: 4
• Other Products: Networking Module
• Technology: XMC

Description: filter with a corrosion resistant inner and outer cores remove solid particles to 0.01 macron. The first stage features multiple layers of fiber media and a media screen to remove larger particles. After this prefiltering, the second stage utilizes multiple layers of bonded, blended

• Drying Capacity: 90 to 12,500 SCFM
• Dryer Technology: Refrigerated