The customer is a thermal power plant in Nepal. The project started in June 2019. It is used for the oil purification of steam turbine and boiler lubrication systems and bypass control systems in thermal power plants. Mainly to remove liquid and solid aerosols in air and gas. We selected JPMG-36349-V coalescing filter element according to his machine model and size. The industry standard rated 0.3 microns can effectively intercept all pollutants exceeding this diameter size. Use special media and pre-filter options to help customers deal with high solids impurities. The use of new technology to enhance the firmness of the filter element structure, thereby minimizing the situation that the filter element cannot work normally due to insufficient pressure-bearing capacity. By improving the production process of the filter material, the service life is prolonged.

Product:

Model: JPMG-36349-V

Maximum working temperature: 300°F

Minimum working temperature: -60°F

Swap out difference: 15PSID

Maximum differential: 75PSID

Customers purchasing JPMG-36349-V According to the customer’s introduction, in the products they purchased before, the skeleton was not strong enough to cause the filter element to bend, or the pleated height was insufficient to cause the filter element to hold less dirt, which led to frequent Replace the filter element. We re-customize the drawings according to the customer's on-site machines, adopt new materials and new technologies, so as to provide them with customized coalescing filters based on JPMG-36349-V.

Customer feedback:

The quality of the filter element is very good. Whether it is the quality of the filter material or the performance of the parameters, it can meet our needs absolutely！ This project takes a long time. The reason why we spend so much time for testing is to find the perfect product that can truly provide us. Long-term supplier, I am very grateful to Tefete for your patience and cooperation with us. And promised us to provide long-term free technical support in the use of coalescing and separating filter elements in the future.