Ultrapure water purification system for semiconductors and pharmaceuticals 500L/H purifies water to a high degree, completely removing minerals, particles, bacteria, microorganisms and dissolved gases. This water is also called DIW (deionized water), because all ionic components have been removed. The … Continue reading
1,000L/H Microelectronics Ultrapure Water Purification System Meets ASTM and SEMI Standards for Semiconductor Industry Factories. Treating raw water to the required purity levels in semiconductor manufacturing requires a series of advanced processes and powerful water treatment technologies to remove contaminants, … Continue reading
500L/H Semiconductor Ultrapure Water System for a variety of purposes, from equipment cooling, wet etching, solvent treatment and chemical mechanical leveling to wafer surface cleaning. The system for microelectronics and semiconductor rinse water removes contaminants, minerals, microorganisms and trace chemicals … Continue reading
Part number: TWF-UPW6-UV-50 (100) The Ultrapure Water Systems is used to produce water with highest purity. The system is fully automatic controlled. Built-in Reverse Osmosis pretreatment lowers operating cost by economically removing 95-98% of the contaminants from the tap water. … Continue reading
Part number: TWF-UPW5-UV-50 (100) The DI systems is used to produce water with highest purity. The DI system is a fully automatic controlled system. Built-in Reverse Osmosis pretreatment lowers operating cost by economically removing 95-98% of the contaminants from the … Continue reading
Part number: TWF-UPW5-50 (100) The Ultrapure Water Systems is used to produce water with highest purity. The system is fully automatic controlled. Built-in Reverse Osmosis pretreatment lowers operating cost by economically removing 95-98% of the contaminants from the tap water. … Continue reading
Part number: TWF-UPW4-50 (100) The DI systems is used to produce water with highest purity. The DI system is a fully automatic controlled system. Built-in Reverse Osmosis pretreatment lowers operating cost by economically removing 95-98% of the contaminants from the … Continue reading
