White nylon and nylon blended screening mesh made of nylon 66 Key benefits Nontoxic, odorless material suitable for food and pharmaceutical applications strength with good elongation and elasticity for durable, longlasting sieves wear resistance and overall toughness, offering reliable performance in demanding environments Durability and safety temperature resistance and good decay resistance Oil resistance, corrosion resistance, and alkali resistance Chemical stability and electrical insulation for safe use in varied industrial settings Good vibration damping and sound reduction, with a degree of flame retardancy Material and composition White nylon and nylon blended material, specifically nylon 66 Suitable for food, pharmaceutical, chemical, dyestuff, and other industries requiring nontoxic and stable screening material Applications and uses Fine transparent nylon sieve material used across multiple industries Commonly employed in aquaculture, flour processing, nylon screen printing, pharmaceutical production, chemical processing, dyestuff handling, monosodium glutamate production, fisheries, and general food industry sieving Mesh definition and selection Mesh refers to the number of openings per linear inch in the screen Higher mesh numbers mean more openings and finer holes Examples: 50 mesh has 50 openings per inch, 500 mesh has 500 openings per inch The choice of mesh depends on the particle size to be separated or filtered and the required fineness of the sieve Use scenarios Food processing: sieve powders and granules (for example during flour processing or MSG production) to achieve consistent particle size Pharmaceutical and chemical filtration: use where nontoxicity, chemical stability, and electrical insulation are important Aquaculture and fisheries: filtration and sieving in water treatment or product processing where purity and durability are needed Performance highlights Combines strength and wear resistance with chemical and thermal stability Provides reliable filtration or screening with reduced maintenance due to durable nylon66 material Offers good vibration damping and a level of flame retardancy, contributing to safer equipment operation Notes on mesh selection The appropriate mesh size depends on the intended particle size and filtration needs Higher mesh counts yield finer screens, while lower mesh counts allow larger particles to pass through Consider chemical exposure, temperature conditions, and required rigidity when selecting mesh for a given application