Fluid separators - Import export

Separate brake fluid reservoir for individual installation in the engine compartment.

A heat exchanger is a device designed for the transfer of internal thermal energy between two or more fluids with different temperatures. Typically, these fluids are separated by a heat transfer surface to prevent mixing. Heat exchangers find applications across various industries, including process, power, petroleum, transportation, air-conditioning, refrigeration, cryogenic, heat recovery, alternate fuels, and more. Examples of heat exchangers encountered in daily life include automobile radiators, condensers, evaporators, air preheaters, and oil coolers. Heat exchangers can be classified in numerous ways based on their design and applications.

Ensure sample purity for microfluidic diagnostic systems POREX ® microfluidic media and filters provide sample filtration and absorption, particulate capture, debubbling, venting, fluid metering, and separation for real-time, PCR and molecular diagnostics systems. Our highly specialized, pure materials and media are critical to the function of lab-on-a-chip, molecular diagnostics, and POC analysis solutions by: Minimizing interference with critical samples and assays – Certified Pure POREX® materials certified by independent test labs ensure optimal performance, accuracy and reproducibility. Making manufacturing easier – Our components can be easily inserted into your device using common manufacturing techniques including press fitting, heat staking and ultrasonic welding. Providing customized material solutions – Our proprietary material technology expertise can help find the right material solution for any microfluidic component need. Applications Sample...

Proven, patented method of fluid reclamation, extend the life of soluble oils, coolants, and washwater. The PRAB Oil/Water Separator uses a proven and patented method for gravity separation of oil from water to less than 15 ppm. This fluid reclamation separator is designed to meet and exceed all performance requirements of U.S. Coast Guard 46CFR162.050 and IMO Resolution A393 (X) of effluent discharge of 15 ppm free and mechanically dispersed oil in water. PRAB Oil/Water Separator filtration technology uses a double packed, fixed, porous media bed for accelerated fluid reclamation allowing the unit to be compact and lightweight. The system consists of the oil/water separator, supply pump with motor and a floating oil skimmer. Optional items include electrical controls, level switches, lid with vent, clean water discharge pump oil holding tank, oil discharge pump, and other customer specified controls and alarms.

Process loose metal turnings into flowable chips. Scrap metal recycling system couples volume reduction with fluid separation to produce dry chips and reclaim 99% of valuable coolants and cutting oils. The ideal solution for scrap metal consisting of flowable chips and loose turnings

Innovacera uses its deep ceramics expertise and process capabilities to manufacture ceramics with precisely controlled porosity. Porous ceramics are often used for chemical filtration and fluid separation. The range of Innovacera porous ceramics is made from aluminum oxide and silicon carbide. The strong, uniform porous ceramic has 40-50% open porosity with a tortuous pore structure and is available in pore sizes ranging from 1 to 100 microns. Three Main Application of Porous Ceramic: Vacuum Chuck, like scribing machine vacuum chuck, silicon wafer vacuum chuck. Adsorption platform. Suspension platform. Especially, they are widely used for the semiconductor industry, like LED wafer processing. The micro-porous ceramic working disk is a special tool for adsorption and bearing in various semiconductor wafer production processes, and is applied to processes such as thinning, dicing, cleaning, and handling.

The Series JFM-S FloSen® Airflow Measuring Stations provide accurate, repeatable measurement of air movement in HVAC ducts. The Probes patented ellipticallyshaped sensor design with improved aerodynamic characteristics outperforms more traditional devices, and overcomes loss of accuracy caused by fluid separation at the sensor body. It is designed to maintain a constant parallel airflow pattern over the static sensing ports for more accurate, steady signals under all duct conditions. The elimination of separation results in a stabilized static pressure signal, helping to eliminate “hunting” during fan control.

The Series JFM-P FloSen® Airflow Meassuring Probes provide accurate, repeatable measurement of air movement in HVAC ducts. Its patented elliptically-shaped sensor design with improved aerodynamic characteristics outperforms more traditional devices, and overcomes loss of accuracy caused by fluid separation at the sensor body. It is designed to maintain a constant parallel airflow pattern over the static sensing ports for more accurate, steady signals under all duct conditions. The elimination of separation results in a stabilized static pressure signal, helping to eliminate “hunting” during fan control. FloSen® Airflow Probes utilize a unique in-line groove for total pressure sensing and dual ports for static pressure sensing which produces a higher differential pressure for very low velocity measurements. The total and static pressure measuring points are distributed for equal-area averaging of flows resulting in improved accuracy and reliability.

The double-acting Turcon® AQ Seal® 5 incorporates an elastomer Quad-Ring® and is energized by two O-Rings to improve sealing behavior. It demonstrates excellent results in applications requiring media separation, e.g fluid/fluid or fluid/gas. Works well in higher pressure applications and has a higher sliding speed compared to the AQ Seal®.

Series V 600 - 1100 IS The HEINKEL Vertical De-oiling Centrifuge V 600 – 1100 IS is designed and built for the separation of cutting fluids and coolants from steel, cast and metal chips. Special properties for the customer’s benefit: Recovery of liquids and oil from chips produced by processing centres and from plastic pellets Simple and rugged design

Data sheet Product Modular AERMIST CAR filters were studied and designed to separate oil from aspirated air by passing the fluid through several separation stages and they are easy to use with machine tools and automatic processing lines. This model is suitable for filtering both oil emulsions and neat oils. AERMIST CAR filters can be equipped with an “idle” module that allows for the recuperation of oil even during normal filter functioning. To further improve the efficiency of the AERMIST CAR system, the cartridges can be covered with a special drain pad (optional), which is able to hold a large quantity of pollutant and lengthen the life of the cartridge. The filtered oil deposits in the lower part of the separator and exits through the special discharge siphon. That allows for almost all of the oil to be recuperated and therefore assures the relative recycling. AERMIST CAR is entirely electric welded and it has a hydraulic seal to absolutely guarantee that there is no oil...