Depth-Clear™ S Series Depth Filter Modules
PLP Depth
Depth Filter Modules for Critical Process Fluids
DEPTH-CLEAR S Series depth filter modules, constructed of specially formulated cellulose media and inorganic filter aids, provide reliable particle retention and enhanced throughput for superior performance in critical applications. The filter media utilize mechanical and electrokinetic adsorptive capture mechanisms to remove particles, microorganisms, colloids and pyrogen from critical process streams. The module format allows the filtration process to occur within a totally enclosed environment. This eliminates the potential for atmospheric contamination and product loss through leakage.
The DEPTH-CLEAR proprietary formulation process produces filter media with a highly effective filtration area that provides superior particle retention, high contaminant holding capacity, and long on-stream filter life. Manufacturing by means of an advanced, highly automated production process results in very consistent product quality and filtration performance. Each grade is formulated to optimize the retention and flow characteristics, allowing a wide selection of choices to meet an application’s filtration requirements.
DEPTH-CLEAR S Series depth filter modules, constructed of specially formulated cellulose media and inorganic filter aids, provide reliable particle retention and enhanced throughput for superior performance in critical applications. The filter media utilize mechanical and electrokinetic adsorptive capture mechanisms to remove particles, microorganisms, colloids and pyrogen from critical process streams. The module format allows the filtration process to occur within a totally enclosed environment. This eliminates the potential for atmospheric contamination and product loss through leakage.
The DEPTH-CLEAR proprietary formulation process produces filter media with a highly effective filtration area that provides superior particle retention, high contaminant holding capacity, and long on-stream filter life. Manufacturing by means of an advanced, highly automated production process results in very consistent product quality and filtration performance. Each grade is formulated to optimize the retention and flow characteristics, allowing a wide selection of choices to meet an application’s filtration requirements.
Item # |
Media Type |
Grade Designation |
Formulation |
Type |
Number of Cells |
Maximum Operating Temperature |
---|---|---|---|---|---|---|
NA600KS05D14 NA600KS05D14/Asset/132.jpg | Media Type N/A Non-Asbestos | Grade Designation N/A 600 | Formulation N/A < 185 ºF | Type N/A Handles | Number of Cells N/A D14 | Maximum Operating Temperature N/A 185 ºF85 ºC |
NA600KSC9 NA600KSC9/Asset/132.jpg | Media Type N/A Non-Asbestos | Grade Designation N/A 600 | Formulation N/A < 185 ºF | Type N/A No Handles | Number of Cells N/A C9 | Maximum Operating Temperature N/A 185 ºF85 ºC |
NA600KSC16 NA600KSC16/Asset/132.jpg | Media Type N/A Non-Asbestos | Grade Designation N/A 600 | Formulation N/A < 185 ºF | Type N/A No Handles | Number of Cells N/A C16 | Maximum Operating Temperature N/A 185 ºF85 ºC |
NA600KSD14 NA600KSD14/Asset/132.jpg | Media Type N/A Non-Asbestos | Grade Designation N/A 600 | Formulation N/A < 185 ºF | Type N/A No Handles | Number of Cells N/A D14 | Maximum Operating Temperature N/A 185 ºF85 ºC |
NA1000KS05C9 NA1000KS05C9/Asset/132.jpg | Media Type N/A Non-Asbestos | Grade Designation N/A 1000 | Formulation N/A < 185 ºF | Type N/A Handles | Number of Cells N/A C9 | Maximum Operating Temperature N/A 185 ºF85 ºC |
NA1000KS05C16 NA1000KS05C16/Asset/132.jpg | Media Type N/A Non-Asbestos | Grade Designation N/A 1000 | Formulation N/A < 185 ºF | Type N/A Handles | Number of Cells N/A C16 | Maximum Operating Temperature N/A 185 ºF85 ºC |
NA1000KS05D14 NA1000KS05D14/Asset/132.jpg | Media Type N/A Non-Asbestos | Grade Designation N/A 1000 | Formulation N/A < 185 ºF | Type N/A Handles | Number of Cells N/A D14 | Maximum Operating Temperature N/A 185 ºF85 ºC |
NA1000KSC9 NA1000KSC9/Asset/132.jpg | Media Type N/A Non-Asbestos | Grade Designation N/A 1000 | Formulation N/A < 185 ºF | Type N/A No Handles | Number of Cells N/A C9 | Maximum Operating Temperature N/A 185 ºF85 ºC |
NA1000KSC16 NA1000KSC16/Asset/132.jpg | Media Type N/A Non-Asbestos | Grade Designation N/A 1000 | Formulation N/A < 185 ºF | Type N/A No Handles | Number of Cells N/A C16 | Maximum Operating Temperature N/A 185 ºF85 ºC |
NA1000KSD14 NA1000KSD14/Asset/132.jpg | Media Type N/A Non-Asbestos | Grade Designation N/A 1000 | Formulation N/A < 185 ºF | Type N/A No Handles | Number of Cells N/A D14 | Maximum Operating Temperature N/A 185 ºF85 ºC |
NA2000KS05C9 NA2000KS05C9/Asset/132.jpg | Media Type N/A Non-Asbestos | Grade Designation N/A 2000 | Formulation N/A < 185 ºF | Type N/A Handles | Number of Cells N/A C9 | Maximum Operating Temperature N/A 185 ºF85 ºC |
NA2000KS05C16 NA2000KS05C16/Asset/132.jpg | Media Type N/A Non-Asbestos | Grade Designation N/A 2000 | Formulation N/A < 185 ºF | Type N/A Handles | Number of Cells N/A C16 | Maximum Operating Temperature N/A 185 ºF85 ºC |
NA2000KS05D14 NA2000KS05D14/Asset/132.jpg | Media Type N/A Non-Asbestos | Grade Designation N/A 2000 | Formulation N/A < 185 ºF | Type N/A Handles | Number of Cells N/A D14 | Maximum Operating Temperature N/A 185 ºF85 ºC |
NA2000KSC9 NA2000KSC9/Asset/132.jpg | Media Type N/A Non-Asbestos | Grade Designation N/A 2000 | Formulation N/A < 185 ºF | Type N/A No Handles | Number of Cells N/A C9 | Maximum Operating Temperature N/A 185 ºF85 ºC |
NA2000KSC16 NA2000KSC16/Asset/132.jpg | Media Type N/A Non-Asbestos | Grade Designation N/A 2000 | Formulation N/A < 185 ºF | Type N/A No Handles | Number of Cells N/A C16 | Maximum Operating Temperature N/A 185 ºF85 ºC |
NA2000KSD14 NA2000KSD14/Asset/132.jpg | Media Type N/A Non-Asbestos | Grade Designation N/A 2000 | Formulation N/A < 185 ºF | Type N/A No Handles | Number of Cells N/A D14 | Maximum Operating Temperature N/A 185 ºF85 ºC |