IP68 Waterproof Breathable Membrane
The company's self-developed 3D printing PTFE additive manufacturing film technology ensures the uniformity of technical indicators such as film thickness, porosity, longitudinal and transverse tensile strength! It subverts the physical biaxial stretching process of Gore in the United States since the 1970s, and solves the disadvantage that its process is difficult to achieve uniformity! The success of 3D printing will change the downstream processing technology of all PTFE dispersion resins, and the combination of process flow, production line, factory model, and industrial chain will face deep adjustment! Materials such as sealing, insulation, filtration and other fields that are stuck by foreign countries will be completely broken or replaced by domestic products! Opened a revolution in the deep processing of PTFE! 3D printing technology will provide a full range of services tailored to customers!
PTFE High Strength Membrane
Used in the new energy industry, it plays the role of support and ion passage, and can also be used for supporting the use of hydrogen fuel cell membranes.
PTFE Garment Membrane
It has the characteristics of microporous, high waterproof, high breathability (vapor), hydrophobicity, can block dust, virus, bacteria, smooth surface and chemical resistance. It has become a multi-purpose functional fabric by compounding with other fabrics.
PTFE Nano Mask Membrane
PTFE nanomembrane The PTFE membrane prepared by the unidirectional or biaxial stretching method has a spider web-like microporous structure on the surface, and has very complex changes in the three-dimensional structure, such as network connection, hole inlay, and pore bending, so it has excellent surface filtering function. The nano-mask produced by this material has the characteristics of high barrier efficiency, long service life, light, thin and breathable.
PTFE Fermentation Membrane
The high-temperature aerobic fermentation pre-fermentation pile is sealed with the fermentation film to seal the livestock and poultry manure, which can shield the wind and rain to avoid the influence of the harsh climate, and at the same time, the carbon dioxide gas and water vapor generated during the treatment process can be quickly discharged. The water permeability of the membrane affects the change of moisture during the treatment process, not only the material should be too wet, but also sufficient moisture should be retained to facilitate the degradation of the material.