这些高性能过滤器能够可靠地控制散装超纯水和去离子水应用中的缺陷污染物。
- 旨在有效控制半导体、硬盘制造、平板显示器（LCD、LED、OLED、AMOLED、等离子体）及太阳能/光伏行业的设施和工具点应用中的污染物
- 高孔隙率、亲水性PTFE膜实现了高流量并降低运营成本
- 小孔径膜设计实现了先进的颗粒去除并提高产率
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| 建筑材料 |
膜： |
亲水性四氟乙烯 |
| |
支撑、核心、卡套： |
聚丙烯（PP） |
| |
O型圈： |
E-FKM、硅胶、EPDM、FKM |
| 留存率 |
15 nm，20 nm，0.1 微米，0.1 微米 DI |
|
| 弹匣连接 |
代码0（222 平时）、代码5（222 Fin）、代码6（226 Flat）、Code 7（226 Fin） |
|
| 最大运行条件 |
最大前进压差： |
5.5巴（80 psid）@ 25°C（77°F）
1.7 bar（25 psid）@ 80°C（176°F）
|
| |
最大反压力差： |
3.4巴（50 psid）@ 25°C（77°F） |
| |
最高温度： |
80°C（176°F） |
| 尺寸 |
长度： |
10", 20", 30", 40" |
| |
直径： |
69毫米（2.7英寸） |
聚丙烯（PP）结构降低了可提取物，确保了清洁的过滤作
Trinzik™ UPW filters are designed for high-performance filtration of bulk ultrapure and deionized (DI) water in facilities and point- of-tool applications. These reliable filters provide excellent retention of defect-causing contaminants, and are suited for water filtration in semiconductor, hard disk drive manufacturing, f lat panel display (LCD, LED, OLED, AMOLED, plasma), and solar/photovoltaic industries.
Trinzik UPW Ultrapure Water Filters: part number UPW 0 0 0 D O-ring 0 = E-FKM E = EPR N = No O-ring S = Silicone V = FKM D = HS-71 silicone Packaging D = Dry Chemlock® key 0 = None Membrane 0 = Standard Configuration 0 = Code 0 (222 Flat) 5 = Code 5 (222 Fin) 6 = Code 6 (226 Flat) 7 = Code 7 (226 Fin) Length 1 = 10" 2 = 20" 3 = 30" 4 = 40" Product family Retention W = 15 nm X = 20 nm V = 0.1 µm D = 0.1 µm D
Controlling Contaminants Controlling contamination has a clear goal to improve manufacturing yield and reliability by reducing wafer defect rates. Particles, gels, and metals all cause varying types of surface abnormalities that lead to defective products. Latent defects, those failures discovered in electronic devices in the field, are the most expensive and require a focused approach in terms of particle and metallic contamination management strategy. Liquid f ilters and purifiers provide a line of defense to prevent defect-causing contaminants from reaching the wafers and substrates. Entegris provides a wide range of solutions to address your productivity and reliability requirements regardless of the technology node.