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For more information, please ask for CUNO literature number LITMRFA3
For more information, please ask for CUNO literature number LITMRE1
For more information, please ask for CUNO literature number PhotoSHIELD Cartridge LITCPSLD1 PhotoSHIELD Capsules LITCPSLDCAP1
For more information, please ask for CUNO literature number LITCPSLDCAPADM
For more information, please ask for CUNO literature number LITZRLAEMC1
For more information, please ask for CUNO literature number LITZROPT1
For more information, please ask for CUNO literature number LITPXLEL
For more information, please ask for CUNO literature number LITCBFXL
For more information, please contact your local CUNO representative.
For more information, please ask for CUNO literature LITCCMPCTG1
For more information, please ask for CUNO literature number LITCCMPCAP1
For more information, please ask for CUNO literature number LITCPN1 Flaretek is a registered trademark of Fluoroware, Inc.
The bi-component fibers of the filter matrix are thermally bonded by utilizing the difference in melt temperatures of the two fiber components. Heating the matrix to the melt temperature of the outer sheath, but below that of the inner core causes the fiber-to-fiber bond at every contact point (see SEM at left). The high degree of fiber-to-fiber bonding provides a rigid structure that eliminates the need for a core support and any possibility of media migration. Dynamic applications where the filtration system is pulsed, cycled, or exposed to high differential pressures can cause non-rigid filters to unload contaminants back into the process fluid. The rigid structure of Betapure resists deformation, particle unloading, and by-pass to deliver consistent particle removal efficiency even under adverse operating conditions.
For more information, please ask for CUNO literature number LITCBP001
For more information, please ask for CUNO literature number LITCDUOF1
For more information, please ask for CUNO literature number LITCMW
For more information, please ask for CUNO literature number LITMS001
For more information, please ask for CUNO literature number LITCPOLYKLN
For more information, please ask for CUNO literature number LITZP40Q1
For more information, please ask for CUNO literature number LITAC001
For more information, please ask for CUNO literature number LITCZC1
In-house design and fabrication services deliver standard or customized versions of CUNO housing products. Options available include:
For more information on alternate materials of construction or a customized housing solution, please contact your local CUNO representative.
For more information, please ask for CUNO literature number LITHSCT3
For more information, please ask for CUNO literature number LITZRH104
For more information, please ask for CUNO literature number LITZRH106
For more information, please ask for CUNO literature number LITHSZPBC
For more information, please ask for CUNO literature number LITCHSES1
For more information, please ask for CUNO literature number LITHSCHMS1
For more information, please ask for CUNO literature number LITHSCHS1
For more information, please contact your CUNO representative.
NanoSHIELD LHV filter tubes have been spcially designed to provide superior particle retention and low hold-up volume for advanced photoresists and ancillary chemicals.
For more information, please ask for CUNO literature number LITNSHLDTF1
Utilizing Hollow Fiber Technology (HFT), NanoSHIELD filters are able to deliver superior flow with minimal pressure drop, while maintaining the highest level of filter efficiency in a compact design.
For more information, please ask for CUNO literature number LITNSHLDMDC1
Utilizing Hollow Fiber Technology (HFT), NanoSHIELD filters are able to deliver superior flow with minimal pressure drop, while maintaining the highest level of filter efficiency in a small disposable design.
For more information, please ask for CUNO literature number LITNSHLDLDC1
NanoSHIELD filter cartridges with HFT provide up to 2 times more surface area and up to 5 times higher flow rates at the same pressure drop when compared to pleated membrane cartridges.
For more information, please ask for CUNO literature number LITNSHLDCTG1
Utilizing Hollow Fiber Technology (HFT), NanoSHIELD filters are able to provide superior flow and minimal pressure drop, while maintaining the highest level of filter efficiency in a compact design.
For more information, please ask for CUNO literature number LITNSHLDSDC1
The CUNO High Flow Filtration System is an advanced design that uses 3M Innovation and CUNO's extensive filtration experience to deliver a high flow filter in a compact housing design. When compared to conventional cartridge systems, this system provides high flow capability -- flow rates up to 500 gpm in a single cartridge.
For more information, please ask for CUNO literature number LITCHF1
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