CPS6100S EPTFE JOINT SEALANT 因为更安至， 所以更安fl!\ MORE SAFETY Description CPS6100S EPTFE Joint Sealant is an excellent sealing material. It is made from pure PTFE resin through extrusion and high-temperature stretching. The Joint Sealant features a low friction coefficient, excellent chemical resistance, superior sealing properties, non-hydrolyzing, and non-hardening characteristics. ► Bi-directional multi-node mesh microfiber structure ► High strength ► Wide temperature range adaptability Material Feature ► 100% PTFE ► Low creep, resistant to cold flow ► Broad Chemical Compatibility ► Easy to install ► No aging, UV-resistant, compliant with FDA requirements ► Easily conforms to flanges of various shapes ► No lead time for pre-cut gaskets ► Easy to store and transport ► Simple inventory specification ► Compensates for flange surface imperfections ► Temperature： -100 °C~260 °C ► Pressure：~4.2MPa ► pH Range： 0~ 14 ► Suitable for flanges of various shapes and specifications ► Especially effective for sealing lowstrength flange surfaces Standard Specification Width mm CPS6100 PTFE Joint Sealant CPS霄® 因为更豆至， 所以更豆II!\ —MORE SAFETY MORE AT EASE ZHEJIANG CPS CATHAY PACKING&SEALING CO.,LTD. Standard Specification ZHEJIANG CPS CATHAY PACKING&SEALING CO.,LTD. Address：Puyang Town Industrial Park, Xiaoshan, Hangzhou, Zhejiang, China Tel：0571-82326953 / 82322888 Fax：0571-82321234 / 82325562 Mail： [email protected] Web：http://www.zjcps.com Warning 1 The data in this catalog is based on reports from field or laboratory testing and customer feedback. It is not possible to account for all unknown parameters and conditions in practical applications, and we cannot guarantee the universal applicability or accuracy of the recommended data in this catalog. For special working conditions and applications, separate studies and evaluations are required. Please contact our technical department or local sales service office. The limits for pressure, temperature, line speed, and pH values provided in this catalog represent maximum values obtained in testing. For actual applications, note the mutual constraints of wor