In people’s daily lives, it is inevitable to produce a large amount of garbage.
If these garbage are not effectively processed, it will greatly affect people’s living environment and even pose a threat to people’s health.
At present, incineration is one of the main ways to deal with garbage. However, in the process of burning garbage, in addition to causing secondary environmental pollution, it will also cause a waste of resources and energy.
Therefore, in waste treatment, waste incineration can be used to generate electricity.
However, as time goes by, dioxin emission standards have become more stringent, which has also forced waste incineration plants to consider replacing existing filter bags in order to meet the standards.
However, the advanced technology of PTFE filter bag membrane can help these factories achieve emission standards without replacing filter bags, saving the factory installation costs and avoiding economic losses caused by shutdowns due to replacement of filter bags.
PTFE filter bag membrane characteristics: 1. PTFE filter bag membrane has high filtration efficiency and can meet the filtration efficiency level requirements of sub-high efficiency, high efficiency and ultra-high efficiency air filters.
2. Compared with other high-efficiency filtration materials, ptfe microporous membrane has a higher PF value and good filtration performance.
(PF value represents an indicator of the balance between filtration efficiency and pressure loss. The larger the PF value, the better the filtration effect. The calculation formula is as follows: PF value = -log (1-filtration efficiency) / pressure loss * 1000 pressure Loss unit: Pa, test flow rate: 5.3cm/s, particle size range: 0.1~0.2um.
) 3. The membrane pore size is small, and the PTFE filter bag membrane material has undergone high-temperature heat setting treatment, and the microporous structure is stable, so it can effectively intercept dust particles at high wind speeds.
4. The ptfe filter bag membrane material is highly hydrophobic, has low surface energy, and has good non-adhesion. It is easy to remove dust accumulated on the surface of the material, so it can be rinsed with water to restore performance, achieve reuse, and greatly extend the service life. .
5. Surface filtration mechanism, accumulated dust can be easily removed through mechanical vibration or wiping.
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