Seeking high-precision filters with an operating temperature of less than 110 degrees
Thread Content
Our factory needs to purchase high-precision filters, as the solution contains a certain amount of fine solid particles (mainly rust and similar substances). The temperature ranges from 75 to 110 degrees, and the filters should be able to withstand certain pressures. They must be reusable after being cleaned, with a filtration precision of less than 1 micron. If any manufacturer can provide it, you can contact me directly.
You might consider the NYB series of filters and filter presses from 【Jueneng Machinery in Yixing City, Jiangsu Province】; we have 10 units of their products.
Mobile: 13901535733, Shao Xiaohui. Our operating temperature is currently around 140 degrees.
Metal sintered mesh filters can be used, and they can be cleaned and regenerated by ultrasonic waves
Our company specializes in filtration products; we have filters that meet your requirements. You can contact us via QQ at 2676362623
What is the processing capacity per hour? If the filtering medium is rust, a precision of 1 micron is too high; human hair is 80 microns in diameter, and it’s very difficult to see 1 micron with the naked eye. Suzhou Tuowei Engineering Equipment Co., Ltd. is an integrator of PALL filters in the United States, as well as a distributor for PALL. My name is Huang Fei; my phone number is 13585069944.
Sintered porous metal filter media offer precise control over the bubble point and excellent uniform air permeability, ensuring reliable filtering performance, effective online backwashing cleaning capability, and a long service life. Sintered porous metal media offer high filtration efficiency, with a particle capture rate of up to 99.9%; efficiency is even higher when surface or deep-bed media are used. Depending on the selected metal alloy, the operating temperature can reach up to 1000°C. Filter systems using sintered porous metal media have proven to be an effective and economical alternative to other separation devices that are sensitive to pressure peaks, high temperatures, and external conditions.