Product Introduction:
The 0.6mm thin film small-hole waste discharge die-cutting technology features precise pollution interception (nearly zero emissions), low resistance and energy conservation (50% reduction in pressure drop), long lifespan (over 3 years), and strong adaptability to working conditions. It is particularly suitable for scenarios such as landfill leachate, incineration flue gas, and multi-layer die-cutting. In the future, with the advancement of the "dual carbon" policy, the high-efficiency and low-resistance PTFE membrane technology will further promote the green upgrade of the industrial filtration field.
Product Features:
●Precise Filtration and High-efficiency Separation: The pore size of the PTFE film is usually in the range of 0.1–3μm. The 0.6mm-thick film can achieve high-precision filtration through precise pore formation technology. The PTFE film realizes "surface pollution interception" through its smooth surface characteristics. Dust only adheres to the surface of the membrane rather than penetrating into the interior. It is easy to peel off during dust cleaning, avoiding pore blockage and maintaining a high filtration efficiency (over 99.99%) for a long time.
●Operational Stability and Long Lifespan: Low and stable resistance - The initial pressure difference of the PTFE film is 20%–30% lower than that of ordinary filter materials, the dynamic operating resistance is reduced by 67.3%, and the residual resistance is 16.5% lower. Anti-pollution and easy maintenance - The dust cleaning cycle is extended, the backblowing frequency is reduced, mechanical wear is decreased, and the lifespan can reach more than 3 years.
●Process Adaptability and Innovative Design: Optimization of multi-layer material waste discharge. The 0.6mm thin film solves the waste discharge problem of multi-layer low-viscosity materials through the "reserved waste discharge hole" design, avoiding the failure of layered waste discharge and improving the yield.
●Energy Conservation, Consumption Reduction, and Economy: Reduces energy consumption, maintains stable low resistance, extends the cycle by more than 50%, and has a long service life.
●Innovative Technology Progress: Functionalization of raw materials (surface modification of PTFE resin to optimize fiber formation); Process regulation (design of bidirectional stretching temperature gradient to improve porosity and air permeability); Structural design (highly fibrillated, low-node microporous membrane, balancing high efficiency and low resistance).
