Drinking water is a necessity in our life，is basic component of organic substance, is a necessary substance to maintain life, keep shape of cells and consist of various liquid. Impacted by kinds of elements (such as means of storage, transmitting pipeline), our drinking water at home and works is secondary polluted in some degree. The statistics shows that there are 1 billion people are drinking polluted water in some degree

We provide famous appliance manufacturers (for examples: SHARP, Electrolux, TTI etc.) around the world with all kinds of filtration components of purifier, and design and manufacture products with various performance and specification to meet the needs of client.

PES Membrane material：

Ⓞ·High-efficiency Interception

With a high porosity and a uniform pore size, PES Membrane can reach 0.1μm in filtration fineness and its removal rate of escherichia coli and pseudomonas is over 99.9999%, which ensures the absolute bacteria-eliminating efficacy.

Ⓞ·High Flux

Its asymmetric sponge structure ensures a higher flux of membrane filament up to 4500L/(m2·h). Higher flux of membrane filament enables smaller-size design of modules and effectively reduces the space occupation of water purifier, thus providing effective supports for the diversified entire design of water purifier.

Ⓞ·Low Resistance

The unique multi-layer surface structural design enables membrane to be operated under low pressure or static pressure and ensures continuous water output under 20cm water column. Hence, it can be widely applied in products such as water purification bucket, water purification kettle, outdoor sports, emergency rescue, etc. 

Ⓞ·Long Service Life

The unique rigid structural design of materials ensures the flow attenuation, which greatly improves the service life of products

Ⓞ·Safety and Reliability

We 100% adopt food-grade import materials certificated by NSD (US), WQA and MA (China) to ensure the safety of materials, with no surfactant treatment and dissolved matter. As for the filtration effect, the sponge structure of our products circumvents possible direct passing by the broken of membrane surface in dactylitic texture.