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Qualitative cellulose filter papers perform separation by entrapping particulate within the random matrix of cellulose fibers within the depth of the media. This media is widely used in methods requiring the determination and identification of particulate in both liquids and gas. Also, this natural fiber filter paper is commonly used to clarify liquid samples. See below for a more detailed description for each grade type..
CFP1 - 11µm: Flow Rate: Medium, Retention 11µm. Used in a broad range of laboratory and environmental applications, this media is ideally suited in separating lead sulfate, calcium carbonate and calcium oxalate precipitates. This media is the standard for agricultural procedures such as soil and seed sample testing. Also, it is commonly used as a separation media in the food and beverage industry to extract liquids from solid samples. Due to the consistent bright white color of this media, it is ideal for photometric stain intensity measurement of air samples. The media can also be impregnated with reagents for use in quantifying optical reflectance in gas detection procedures.
CFP2: mFlow Rate: Medium-Slow, Retention 8µm. A more retentive and absorbent media than CFP1. This media is ideal for general filtration and absorbent conveyance. Commonly used in plant growth trials and monitoring preisolated contaminants in air and gas.
CFP3: Flow Rate: Slow, Retention 6µm. Practically identical to CFP1, but twice as thick resulting in a significantly slower flow rate. This media does not clog as easily as the other qualitative cellulose types, which allows for much higher sample volume usage. This media also demonstrates very high levels of absorbency, permitting the media to be used as a sample conveyance substrate.
CFP4: Flow Rate: Fast, Retention 25µm. The fastest flow rate demonstrated by any of the qualitative cellulose filter media’s resulting in a low retention rate. Very commonly used as the first media in a multi-stage filtration process. Ideally suited for use in organic extractions and biological fluid separation processes. Often specified in air monitoring applications where the entrapment of fine particulate is not required.
CFP5: Flow Rate: Slow, Retention 2.5µm. Filtration of very fine particulate and clarification with applications in environmental sciences and chemical analysis.
CFP6: Flow Rate: Slow, Retention 3-4µm. Very similar basis weight and thickness to CFP5, but with a slightly less retentive porosity. Also, due to the furnish of this paper, the ash content is higher than the balance of the qualitative line. Material is commonly specified in environmental applications.