Clean room FFU filter membrane removes pollutants

Clean room FFU filter membrane can remove particles, harmful air, bacteria and other pollutants in the air within a certain space, and control indoor temperature, cleanliness, indoor pressure, air flow velocity and air flow distribution, noise and vibration And lighting, static electricity control within a certain range of needs.

The current common ePTFE manufacturing process is to mix PTFE dispersion resin, extrusion molding, calendering, stretching, solidification sintering, cooling and other steps to obtain a finished product of a specific shape.

ePTFE not only has the excellent properties of PTFE, but also has higher strength-to-weight ratio, higher thermal resistance, higher specific surface area, porosity, breathability and excellent flexibility. It is widely used in medical, aerospace and other fields. , environmental protection, textile and clothing, chemical industry, new energy and other fields have been widely used.

Clean room FFU filter membrane uses polytetrafluoroethylene as the main raw material and is made by wet molding process. It has the characteristics of uniform fiber distribution, large dust holding capacity, low resistance and high strength. It is an ideal air filtration material.

The technical indicators of filter paper can be mainly divided into two aspects. One is the filtration characteristics of the filter paper, and the other is the physical properties.

Filtration characteristics include air permeability, air resistance, maximum pore size, and average pore size.

Physical properties include basis weight, thickness, stiffness, corrugation depth, bursting strength, resin content, etc.

Suzhou New Material Technology Co., Ltd. is a ptfe composite material manufacturer specializing in the research, development and production of FFU filter membranes for clean rooms. After years of painstaking research and research and development, the company not only has strong research and development capabilities, complete testing methods and The domestic advanced experimental equipment has also attracted a large number of outstanding technical talents.

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