Entegris has announced a suite of ultraclean filters that utilises advanced polymer membrane technologies to capture greater levels of contaminants in fine chemical and semiconductor manufacturing applications.
With faster start-up times, these filters enable reduced chemical waste and improve cost-of-ownership. This suite includes the Torrento X 7 nm, Guardian PS 1 nm, and the company’s new Trinzik ultrapure water and high purity chemical filtration product lines.
“Entegris brings together its expertise in fluidic product solutions and knowledge of contamination control to develop these products,” said senior vice president and general manager of Entegris’ Microcontamination Control Division, Clint Haris. “Our collaborations with customers and partners are critical to this understanding, and have guided our investments in filtration technologies. The result is a suite of products that help enable our customers to quickly ramp their factories and maximize their yield.
“Customer testing with our new devices has illustrated faster start-up times resulting in less chemical waste and improved cost-of-ownership,” said Entegris’ vice president of Wet Etch and Clean and CMP Filtration, Randy Broomhall-Dillard.
Torrento X Series 7 nm Filters
- Advanced, critical cleaning solution for aggressive acids and bases at elevated temperatures, including sulfuric acid (SPM), HCl, NH4OH and other chemicals.
- High-flow PTFE membrane with 7 nm retention rating performance to capture defect-causing particles that lead to yield loss in advanced applications.
Guardian PS 1 nm Filters
- Advanced, critical cleaning solution for dilute acids and bases at lower temperatures, including DHF, BOE, SC1, SC2 and other fine chemicals.
- Best-in-class filter using a unique high-flow polysulfone membrane designed to reduce start-up (flush-up) time and control particles with 1 nm retention rating performance.
Trinzik Process Chemical and Ultrapure Water Filters
- Specially designed, filtration solutions increase fine chemical and ultrapure water purity with 0.1 µm to 20 nm retention rating performance.
- High flow, hydrophilic and hydrophobic PTFE membrane technologies enable high flow rate performance to increase filtration throughput.