5um 10um 20um 90um 120um 200um Food Grade Nylon Filter Cloth For Filtration

Introduction:

Nylon Filter Mesh is a high-performance filtration material engineered for durability, precision, and versatility across a wide range of industrial and commercial applications. Made from 100% polyamide monofilaments, this synthetic fabric offers an exceptional balance of strength, chemical resistance, and consistent filtration properties

Application:

1. Food-grade nylon filter cloth, with uniform mesh and odorless. Easy to use and reusable.

2. Wear-resistant, durable, acid and alkali resistant, corrosion resistant, easy to clean, and reusable multiple times!

3. Nylon filter cloth is widely used in coatings, paints, inks, pharmaceuticals, bioengineering, automotive manufacturing, electronics, electroplating, food, and beverage industries.

4. Coatings, paints, and inks industry: filtration of latex paint, paint raw materials and solvents, printing inks, printing inks and additives;

5. Food, beverage, and alcohol industry: wine, rice wine, baijiu, beer, fruit wine, sake, fruit juice, tea beverages, soy milk, dairy products, bottled water, edible oil, vinegar, monosodium glutamate, etc.

Mesh Count and Micron size of nylon mesh:

Mesh count of the Nylon Micron Filter Mesh refers to how many holes in a linear inch, for example, 100 mesh means there are 100 holes per inch, and 200mesh refers to there are 200 holes per inch. So the higher mesh count, the thinner thread yarn, and the smaller aperture and particle through so that the higher filter fineness.

Mesh opening of Micron Nylon Filter Mesh is the space between the adjacent two yarns, it’s the parameter to show the size of each square hole on the filter fabric. The mesh opening determines the precision of the mesh, which smaller particle than opening will pass through, and bigger will be captured. Its measure unit is mm or um.

Nylon Filter Mesh is the trusted, all-purpose choice for engineers and operators seeking a reliable, efficient, and affordable filtration medium. Its proven performance makes it an essential component in ensuring product purity, protecting equipment, and optimizing processes.