As my country’s energy conservation and emission reduction requirements become more and more stringent, the electrostatic precipitators traditionally used in many industrial fields can no longer meet the new national emission standards. In order to better solve this problem, people have developed and produced three This material is made of five layers of high-efficiency filter paper.
The filter material in the filter must prevent the filtration system from being damaged by harmful particles, while allowing enough fluid to pass through to avoid the creation of cavities in the pump, power cylinder, and combustion chamber.
Theoretically, a perfect filter should remove 100% of pollution particles while providing consistent breathability, etc.
But in reality this is impossible.
The filtration principle of three-layer and five-layer high-efficiency filter paper is completely different from the depth filtration of ordinary uncoated filter materials. Its filtration principle belongs to surface filtration.
The filter medium is a PTFE microporous membrane with high efficiency interception capability. This PTFE microporous membrane is pressed onto a special base material, and the selection of the base material should be consistent with the mechanical, temperature, and chemical requirements of the system. consistent.
The working temperature is 260 degrees Celsius, and the highest instantaneous temperature is 285 degrees Celsius.
It is an environmentally friendly material manufacturer specializing in R&D, production and sales of three-layer and five-layer high-efficiency filter paper.
Our company is different from other manufacturers.
Our company can customize according to user’s requirements.
The optimized combination of key technical parameters such as speed ratio, pressure ratio, operating temperature, etc. can realize online control of air permeability, thickness and void ratio according to the ratio and pore-forming medium to meet the different requirements you need. .
Interested parties can enter the store for consultation.
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