Darlly Depth-Stack Lenticular/Disk Module Filter Cartridge (12′ ′ /16′ ′)

Darlly Lenticular Depth-Stack Filter Element Darlly Depth stack filter cartridges is a  new type of filter cartridges using depth filter sheets. It is designed using a double separator concept. The seperator design increases the total stability of the filter cartridges as the separators fully support the sheet material. This design also prevents filter sheet deformities after heat treatments and adverse effects of contact with hot sanitation. It is manufactured with rigid external clip to prevent damaging filter sheets during module loading and unloading while allowing for easy and reliable handling.Application:-- Particle Removal--Polishing Filtration-- Final Filtration (germ removal) -- Chill Haze Removal-- Bottling Filtration -- Clarifying Filtration-- Filtration after Stabilization-- Pre-filtration prior to Final Membrane FiltersFeature:-- Backwashable, resulting in high total throughput -- Easy and reliable handling     Rigid external clips prevent damage of the filter sheet during module loading and unloading.-- No filter sheet deformities after heat treatment-- No adverse effects to filter sheets  when in contact with hot sanitization or process filtration.-- Increased filtration security    Separator design increases the total stability of the filter cartridges as the   separators fully support the sheet material. -- Backwashable, resulting in high total throughput -- Easy and reliable handling     Rigid external clips prevent damage of the filter sheet during module loading and unloading.-- No filter sheet deformities after heat treatment-- No adverse effects to filter sheets  when in contact with hot sanitization or process filtration.-- Increased filtration security    Separator design increases the total stability of the filter cartridges as the   separators fully support the sheet material./* March 10, 2023 17:59:20 */!function(){function s(e,r){var a,o={};try{e&&e.split(",").forEach(function(e,t){e&&(a=e.match(/(.*?):(.*)$/))&&1