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Filters are essential in research laboratories and many other industries for removing particulates and creating environments conducive to a wide array of experiments and procedures. The devices come in different forms including in-line filters, paper discs, small capsules, and large ventilation panels. Filters also purify and concentrate the liquids and gases required for testing. For air, this means removing pollution, moisture, and solid airborne particulates; for liquids, this means removing impurities and small contaminants.
Description:
Inlet filter, Last Drop, Material: PTFE, Pore size: 2.5UM, utilises a flat element, which sits parallel to bottom of the reservoir, allowing the filter to draw all but the last 2% of the eluent without drawing air into the system, for biochromatography applications
Description:
Inlet solvent filter, Bottom-of-the-Bottle, made from 100% PEEK, Biocompatible, Two built-in PEEK frits, Porosity: 10um, For tube Outer Diameter 3.17 mm, bottom frit (2 or 10 um) will draw solvents from within 2 mm of the bottom of the solvent bottle
Description:
HPLC pre-column filter, Porosity: 0.5um, Frit material: Titanium, Universal filter, suitable for all HPLC columns, Compatible with all HPLC systems, Pressure rated to 1000 bar (15000 psi), Reusable
Description:
Inlet solvent filter, Bottom-of-the-Bottle, made from 100% PEEK, Biocompatible, Two built-in PEEK frits, Porosity: 2um, For tube Outer Diameter 3.17 mm, bottom frit (2 or 10 um) will draw solvents from within 2 mm of the bottom of the solvent bottle
Description:
11.0cm diameter. For routine lab work. Suitable for student requirements in general chemistry. Suitable for filtration of aluminum phosphate, barium carbonate, lead chromate, and more. Medium porosity. Medium flow rate. 5um particle retention.
Description:
15.0cm diameter. Good for rapid filtrations where fine particle retention is not required. Coarse porosity. Fast flow rate. 40um particle retention.
Description:
15.0cm diameter. For routine lab work. Suitable for student requirements in general chemistry. Suitable for filtration of aluminum phosphate, barium carbonate, lead chromate, and more. Medium porosity. Medium flow rate. 5um particle retention.
Description:
15.0cm diameter. Retention of zirconium hydroxide, aluminum hydroxide, cobalt sulfide, and other coarse or gelatinous precipitates. Medium porosity. Medium Fast flow rate. 10um particle retention.
Description:
9.0cm diameter. Good for rapid filtrations where fine particle retention is not required. Coarse porosity. Fast flow rate. 40um particle retention.
Description:
5.5cm diameter. Retention of zirconium hydroxide, aluminum hydroxide, cobalt sulfide, and other coarse or gelatinous precipitates. Medium porosity. Medium Fast flow rate. 10um particle retention.
Description:
12.5cm diameter. Retention of zirconium hydroxide, aluminum hydroxide, cobalt sulfide, and other coarse or gelatinous precipitates. Medium porosity. Medium Fast flow rate. 10um particle retention.
Description:
VWR* Grade 494 Filter Paper, Quantitative, Diameter: 12.5 cm, particle retention: 1um, Useful for very fine precipitates such as barium and lead sulfates, stannic and nickel sulfides and calcium hydroxide, fine porosity and slow flow rate
Description:
VWR* Grade 413 Filter Paper, Qualitative, Diameter: 5.5cm, particle retention: 5um, Suitable for student requirements in general chemistry. Suitable for filtration of aluminum phosphate, barium carbonate, lead chromate, Medium porosity, Medium flow rate
Description:
VWR* Grade 413 Filter Paper, Qualitative, Diameter: 4.25cm, particle retention: 5um, Suitable for student requirements in general chemistry. Suitable for filtration of aluminum phosphate, barium carbonate, lead chromate, Medium porosity, Medium flow rate
Description:
18.5cm diameter. Good for coarse precipitates such as aluminum hydroxide, cobalt carbonate, mercury iodide, magnesium hydroxide, and more. Coarse porosity. Fast flow rate. 25um particle retention.
Description:
VWR* Grade 413 Filter Paper, Qualitative, Diameter: 1.5cm, particle retention: 5um, Suitable for student requirements in general chemistry. Suitable for filtration of aluminum phosphate, barium carbonate, lead chromate, Medium porosity, Medium flow rate
Description:
VWR* Grade 415 Filter Paper, Crepe, Qualitative, Diameter: 5.5 cm, particle retention: 25um, for coarse precipitates such as aluminum hydroxide, cobalt carbonate, magnesium hydroxide, Coarse porosity, Fast flow rate, Assorted sizes, Medium fine porosity
Description:
25.0cm diameter. Good for coarse precipitates such as aluminum hydroxide, cobalt carbonate, mercury iodide, magnesium hydroxide, and more. Coarse porosity. Fast flow rate. 25um particle retention.
Description:
50.0cm diameter. Good for rapid filtrations where fine particle retention is not required. Coarse porosity. Fast flow rate. 40um particle retention.
Description:
38.5cm diameter. Use for drugs, pharmaceuticals, liquors, tinctures, chromatography, and protein-free filtrations in the clinical laboratory. Medium Fine porosity. Medium flow rate. 5um particle retention.
Description:
15.0cm diameter. Uses include filtration of aluminum phosphate, zinc ammonium phosphate, and silver chromate. General quantitative analyses. Medium Fine porosity. Medium Slow flow rate. 5-10um particle retention.
Description:
11.0cm diameter. Good for coarse precipitates such as aluminum hydroxide, cobalt carbonate, mercury iodide, magnesium hydroxide, and more. Coarse porosity. Fast flow rate. 25um particle retention.
Description:
VWR* Grade 415 Filter Paper, Crepe, Qualitative, Diameter: 7.5 cm, particle retention: 25um, for coarse precipitates such as aluminum hydroxide, cobalt carbonate, magnesium hydroxide, Coarse porosity, Fast flow rate, Assorted sizes, Medium fine porosity
Description:
12.5cm diameter. Good for rapid filtrations where fine particle retention is not required. Coarse porosity. Fast flow rate. 40um particle retention.
Description:
25.0cm diameter. Good for rapid filtrations where fine particle retention is not required. Coarse porosity. Fast flow rate. 40um particle retention.
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