Why do you choose nylon mesh to do filtering?...

Filtering is a general term for a large category of unit operations. It is a process of purifying fluids via special devices which involves many filtering methods and a wide range of materials. Solid-liquid, solid-gas, large particles, and small particles are all common. During this process, the liquid (or gas) in the suspension (or the heating gas containing solid particles) penetrates the medium under the action of driving force or other external force, and the solid particles and other substances are intercepted by the filter medium, so that the solid and other substances and the liquid ( (or gas) separate from each other. Nowadays, filtering is widely used in all kinds of industries.

Established in 1986, MAISHI has been in mesh industry for over 30 years, including the filtering industry. And we have many products that can be used to do filtering. Among them, one of the main products is nylon mesh and we have become China’s leading manufacturer and exporter for nylon mesh products. Our nylon mesh has the following characters:

1. It is food grade and is safe to use.

2. It is made of 100% nylon monofilament and has high precision and square mesh holes

3. It has a smooth and flat surface, which has a better filtering effect

4. It is hydrophilic and alkali-resistant and it is not easy to be corroded in ketones, phenols, ethers and other high molecular weight alcohols.

5. It has very good mechanical strength, high heat resistance and strong adsorption and can withstand most organic solvents and most alkaline solutions, and is especially suitable for the filtration of alkaline solutions.

6. It adopts heat setting technology, which forms the smooth edge

7. High strength and good wear resistance, which makes it a longer service life and good comprehensive effect.

8. Mesh opening varies from 5 micron to 2000 micron and can meet various filtering demands.

So if any demand about our nylon mesh product, feel free to contact us. We will always be your best partner of mesh.