Uncategorized

Food and pharmaceutical production water have strict microbial control standards. Ordinary PVDF UF membrane is easy to breed microorganisms inside dead-end fiber cavities during long-term static shutdown. Our PAN alloy internal pressure UF membrane adopts permanent hydrophilic fiber formula, with fiber breakage rate controlled below three per thousand, and no flux attenuation after repeated hot …

PAN Internal Pressure UF Membrane For Food & Pharmaceutical Sterile RO Pretreatment Read More »

Many project operators ignore complete ultrafiltration pretreatment, leading to irreversible scratch and biological fouling of expensive RO membrane. Conventional multimedia filter and security filter can only trap large sand grains, but cannot remove nano-scale colloids, algae and microorganisms in raw water, which will rapidly accumulate biofilm on RO surface and shorten membrane service life by …

PVDF External Pressure UF Membrane: The Must-Have Pre-Treatment To Protect All Types RO Membrane Read More »

Water equipment manufacturers of hotels, clinics and small bottled water factories need cost-effective medium-pressure RO membrane with balanced water yield and desalination efficiency. Too low flux reduces equipment production capacity, while ultra-high salt rejection will raise raw material procurement cost. Our LF-ULP commercial RO membrane perfectly balances output and performance, operating under 150psi medium pressure …

LF-ULP Commercial RO Membrane Balanced Flux For Small Pure Water Equipment Manufacturers Read More »

Thermal power boiler make-up water and semiconductor wafer cleaning ultrapure water put forward ultra-high requirements on silica, TOC and heavy metal interception performance of RO membrane. Ordinary low-flux reverse osmosis elements have weak silica removal capacity, which will form hard scale on boiler tubes and precision electronic equipment, increasing equipment failure rate and maintenance cost. …

LF-BW Brackish RO Membrane High Silica Removal For Power & Electronics Ultrapure Water Read More »