Support the factory environment from the ground up and contribute to the future.
It adsorbs various dust, oil smoke, and mist generated in factories with oil mist environments such as metals, chemical products, pharmaceuticals, confectionery, and food processing.
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basic information
Specifications of the Oil Mist Filter It is made of a coarse mesh structure and consists of a three-dimensional cross structure. It is made of stainless steel coated material that has excellent corrosion resistance, saltwater resistance, and alkali resistance. Due to its large porosity and high specific surface area, it excels in collection efficiency and air permeability, effectively capturing dispersed oil particles. Average efficiency is 85% (weight method), initial pressure loss (Pa) is below 34, final pressure loss (Pa) is below 50, and dust concentration is (0.15 mg/m²). The oil mist absorbed by the porous body accumulates in the casing of the drain and is discharged from the valve (air conditioning equipment). It is a cost-effective oil mist filter that is inexpensive and offers high cost performance.
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Applications/Examples of results
Applications of Oil Mist Filters Removal of oil smoke from high-temperature parts processed on transport lines from NC machining machines, Countermeasures against oil mist caused by the scattering of cutting oil used in cutting and turning machines, Measures against mist, dust, and chips in metal processing (cutting, grinding, precision machining) factories, Countermeasures against oil smoke in food frying factories, Filters to prevent mist intrusion into heat exchanger fans in control panels, Enables ductless factory designs, making it easier to arrange lighting layouts in workrooms. Prevention of reduced air conditioning efficiency due to condenser and filter clogging in air conditioning systems. Prevention of oil mist and dust intrusion into air conditioning units, Significant reduction of odors and floor stickiness within the factory, Pre-filters for oil conditioners in machine tools and similar equipment.
Company information
A hybrid cooling system using heat conduction cooling and vaporization cooling for outdoor units of cooling devices supports energy conservation for various facilities, factories, and supermarkets. We are comprehensively working on energy-saving measures and CO2 reduction tailored to customer needs. Effects of the cooling device include cost reduction through energy savings, CO2 reduction, and environmental measures against issues like the heat island effect. It can prevent high-pressure cut-off, enhance cooling capacity in summer, and reduce power consumption through peak cutting. In extreme heat conditions where the outdoor temperature exceeds 30°C, the temperature around the air conditioning unit can sometimes reach nearly 40°C, which may hinder heat exchange. By installing a cooling filter on the outdoor unit, heat exchange efficiency can be improved by about 20%, allowing for a reduction in power consumption by 25% to 35%.
