Tremont CFP541-110, Grade CFP541 Cellulose Filter Paper, Hardened Wet-Strength, Ashless, 21-23µm Cut 11.0cm Dia, 100/pk Quantitative

Quantitative Cellulose FiltersQuantitative cellulose filter papers are primarily used in gravimetric analysis procedures and perform separations by entrapping particulate within the random matrix of cellulose fibers within the depth of the media. This media family is also widely used in methods to prepare samples for further testing using many types of instrumentation. These very high quality filter papers are manufactured from refined pulp and alpha linters. They are acid washed and have an extremely low ash content.Material Specs:Filter Media: Nomenclature is serialized and no indication of grade or quality.Furnish: The raw materials used in the manufacture of the wet laid product.Ash content: Dry method, determined in exposure at 900 degree C in muffle furnace.Retention: Nominal retention of particulate at 98% efficiency in liquid.Flow: Liquid flow rate speed relative to other comparable products listed in this product alignment.Converting Capabilities:After the papermaking process is complete, our experienced converting staff brings your project from large master rolls down to narrow reels or sheets with ease. Sheeting, die cutting and other unique converting operations are performed at our Hawthorne, NJ facility under our strict ISO production environments.High speed rotary knife sheeting (+/- 0.03125 inch).Low speed, multi roll CNC sheeting (+/- 0.03125 inch).Low tensile strength sheeting capabilities handling the most challenging binderless glass grades to 60 inch web width.Vacuum stack counting with laser verification and tab insertion minimum 5 sheet count.Note: For all International Orders, the buyer will be solely responsible for the customs clearance, duty, and taxes imposed on the package.

• Grade CFP541 quantitative cellulose filter media is ashless and hardened with increased wet strength
• Fast flow rates and retention of approximately 21 - 23 um
• Extremely low ash content of