Greeny Mist Eliminator Factory

Hengshui, Hebei, China

We offer oil mist eliminators or filter out oil mist created by machines before the mist is expelled into the ambient environment. Oil mist is created by machines mechanical action such as: vacuum pumps, compressor pumps, gears, transmissions, reciprocating engines, turbines, etc. Oil mist is a potential health and environmental hazard. Additionally, oil mist creates an oil build-up or residue on everything within the machineries environment.

We are offering mist eliminators mist eliminator with the features of high collection efficiency, lowest installed cost, low pressure drop and fast delivery is available in virtually any size and shape, in a broad range of metals or plastics, individual styles. Such as oil mist eliminator, mist eliminator for liquid-liquid separation, galsliquid mist elimination separation and so on. Mist eliminator various styles can be supplied to meet specific customer needs. Specially designed materials can be used for specific applications. Stainless steel type and exotic alloys are annealed to provide maximum corrosion resistance. Mist eliminators solve industry's demands for clean, high quality compressed air by removing oil-mist carryover from piston or oil flooded rotary compressors, and ensuring an extremely low pressure drop, long service life and strength to withstand the most harsh operating conditions. Materials of mist eliminator construction all 300 and 400 series ss; alloys 200, 400, 600, 800; alloy 20; aluminum; copper; pfte; polypropylene; titanium; tantalum. Benefits of mist eliminators it is easy to install in all process equipment. Most cost-effective solution when equipment sizes are set by other requirements. Increasing recovery of valuable liquids. Various shapes and orientations. High efficiency with low pressure drop. Emergency delivery available.

We offer fiber bed mist eliminators. Fiber bed mist eliminators are made out of dense layers of micron size fibers placed between two concentric cylindrical cages. Fiber bed mist eliminators can meet a wide range of application and industry requirements. And fiber bed mist eliminators are available in energy saver, high efficiency, and field pack designs. Fiber bed mist eliminators are the best choice when some industrial processes generate finer droplets than a composite mesh pad mist eliminator can contain. these devices utilize fine fibers along with a concept commonly known as diffusion or brownian motion. The particulate will impinge upon the media before it reaches the outlet. This is due to the density of the media and the velocity of the air stream. The liquids coalesce in the fiber material and drains to the bottom. These devices are typically a vertical cylinder, and should be protected by a pre-filter device. Fiber bed eliminators are very efficient as a final control device for sources with high hydrochloric acid emissions.

Mist eliminator filter can be available in aluminum, galvanized steel and stainless steel. The mist eliminator filter is designed to remove oil mist and water droplets from the air. The mist eliminator filter is designed for use in bio-scrubber or air handling systems that require the collection of either oil mist or water droplets. Oil mist is most commonly found in production machine shops where oil is used to lubricate machines. By catching the excessive oil, the machine and area around it stays cleaner and safer for those working in that area. These filters also keep the air cleaner by eliminating excess oil from getting into the air. The mist eliminators are also effective on water droplets, found on cooling coils, humidifiers and cooling towers where steam has condensed into water droplets. In the air supply, water droplets may occur over from cooling coils and evaporative media or un- evaporated moisture downstream from humidifiers.

We offer pad mist eliminator or mesh mist eliminator pads has support grids at the top and bottom. Pad mist eliminator applications require special consideration to assure the removal of entrained moisture in the effluent gas stream.