Semiconductor Rinse Water

FILMTEC™ Membranes Meet Ultrapure Water Performance Needs in Semiconductor Applications

Applications demanding ultrapure water quality require the consistency and reliability offered exclusively by FILMTEC™ elements. Our automated fabrication process generates membranes with high integrity, durability, and consistency ensuring each and every element is manufactured to a tight, pre-defined specification.

Our ability to construct the identical product time and again means FILMTEC Semiconductor-Grade (SG) Reverse Osmosis (RO) elements offer higher overall rejection, higher rejection of lower molecular weight organic compounds and silica, and an accelerated Total Organic Carbon (TOC) rinse down profile. These high surface area elements allow for system design with fewer elements and a lower applied operating pressure, thus optimizing amortization of capital costs while lowering operating cost.

FILMTEC™ Semiconductor Grade Elements

FILMTEC SG30-400/34i	FILMTEC SG30-400/34i reverse osmosis elements have been developed to meet the requirements of higher overall rejection, higher rejection of lower molecular weight organic compounds and silica and an accelerated TOC rinse down profile. These high surface area elements allow for system design with fewer elements and a lower applied operating pressure, thus optimizing amortization of capital costs while lowering operating cost.
FILMTEC SG30LE-440i	FILMTEC SG30LE-440i reverse osmosis elements have been developed to meet the requirements of higher overall rejection, higher rejection of lower molecular weight organic compounds and silica and an accelerated TOC rinse down profile. These high surface area elements allow for system design with fewer elements and a lower applied operating pressure, thus optimizing amortization of capital costs while lowering operating cost.
FILMTEC SG30LE-400	FILMTEC SG30LE-400 is a low energy element with high overall rejection and high rejection of lower molecular weight organic compounds and silica. It operates at low pressure to deliver energy savings. This element is intended for use in the roughing stage of UPW systems in both new equipment and replacement situations where lower energy cost is desired.

®™^* Trademark of The Dow Chemical Company ("Dow") or an affiliated company of Dow