Easy access to products and protocols for research use only in the identification of 2019-nCoV based on Centers for Disease Control and Prevention (CDC) recommendations
So much has changed during this unprecedented time, except your ability to count on Avantor. We continue to set science in motion to create a better world by providing you with the right solutions to keep moving forward.
Our solutions, developed with you as our focus, are crafted by our team and network of professionals with advanced degrees in science, quality control, engineering, manufacturing and industry experience.
Avantor supports end-to-end fluid management solutions – including peristaltic pumps and aseptic fluid transfer solutions – that are reliable and customer-centric, helping bioprocessing manufacturers meet their research and production goals.
A strong, vibrant research and development group is the lifeblood of all industries. VWR will support you from the latest life science products to the guaranteed purity of organic building blocks...
VWR is ready to support your production facility with reliable access to raw materials and essential supplies. We can also help you increase productivity...
VWR is proud of our years of experience providing choice and excellent service to the Industrial market from Food & Beverage, Petrochemical, Environmental Testing, Waste Water, Cosmetics, Consumer Goods, Agriculture and more...
VWR is your complete source for workplace supplies. Binders, calendars, pens, cleaning and sanitation supplies, and office equipment are just some of the essential products we offer...
New Avantor® J.T.Baker® premium conductive and non-conductive robotic tips deliver superior quality and reliable performance for results you can trust.
Avantor Services provides a wide range of specialized services and digital solutions to help you solve complex challenges.
We’ve built our reputation on consistent, comprehensive mastery of day-to-day operations, allowing lab, clinical, and production environments to focus their high-value resources on core scientific priorities.
As our customers’ needs have evolved, so have our capabilities. We have become experts in scientific operations, improving performance with sophisticated solutions and providing guidance on best practices.
You can select and customize services for peak efficiency, quality, and accelerated innovation.
The Equipment & Instrument Service Team’s focus is to provide comprehensive service solutions for our customers. We provide validation, calibration, preventative maintenance, and extended warranties on all equipment & instruments in and around the laboratory.
Description:
27 x 80 mm - thickness 2.0 mm Thimbles of type 603 are made from high-quality cellulose and 603 g thimbles are made from borosilicate glass fibers with an inorganic binder.
Description:
9.0cm diameter. For critical gravimetric analysis. Widely used for precipitates with tendencies toward colloidal dispersion. Suitable for gravity or low suction filtration. Fine porosity. Slow flow rate. 2.5um particle retention.
Description:
28 x 60 mm - thickness 2.0 mm Thimbles of type 603 are made from high-quality cellulose and 603 g thimbles are made from borosilicate glass fibers with an inorganic binder.
Description:
11.0cm diameter. For critical gravimetric analysis. Widely used for precipitates with tendencies toward colloidal dispersion. Suitable for gravity or low suction filtration. Fine porosity. Slow flow rate. 2.5um particle retention.
Description:
Are composed of cellulose acetate and cellulose nitrate. The ME range has a lower cellulose acetate content compared to the WME range of membranes
Description:
Membrane circles white, 50 mm, mixed esters, 0.45 um, 3.1 mm black grid, sterile. In these products the microorganism counts are very low and are therefore determined quantitatively via enrichment methods.
Description:
White/black grid 3.1 mm, sterile, 0.45 um, 47 mm. The ME range has a lower cellulose acetate content compared to the WME range of membranes
Description:
Are composed of cellulose acetate and cellulose nitrate. The ME range has a lower cellulose acetate content compared to the WME range of membranes
Description:
Are composed of cellulose acetate and cellulose nitrate. The ME range has a lower cellulose acetate content compared to the WME range of membranes
Description:
Are composed of cellulose acetate and cellulose nitrate. The ME range has a lower cellulose acetate content compared to the WME range of membranes
Description:
Are specifically designed for HPLC/UHPLC sample preparation. Acts both as a filter and a glass autosampler vial and prepares samples 3 x faster than traditional syringe filter method.
Description:
Are specifically designed for HPLC/UHPLC sample preparation. Acts both as a filter and a glass autosampler vial and prepares samples 3 x faster than traditional syringe filter method.
Description:
Are specifically designed for HPLC/UHPLC sample preparation. Acts both as a filter and a glass autosampler vial and prepares samples 3 x faster than traditional syringe filter method.
Description:
Are specifically designed for HPLC/UHPLC sample preparation. Acts both as a filter and a glass autosampler vial and prepares samples 3 x faster than traditional syringe filter method.
Description:
Are specifically designed for HPLC/UHPLC sample preparation. Acts both as a filter and a glass autosampler vial and prepares samples 3 x faster than traditional syringe filter method.
Description:
Are specifically designed for HPLC/UHPLC sample preparation. Acts both as a filter and a glass autosampler vial and prepares samples 3 x faster than traditional syringe filter method.
Description:
Are specifically designed for HPLC/UHPLC sample preparation. Acts both as a filter and a glass autosampler vial and prepares samples 3 x faster than traditional syringe filter method.
Description:
UniPrep Syringeless Filters are preassembled filtration devices for removing particulates from samples. They replace syringe-coupled filtration devices with single, disposable units.
Description:
Designed to accommodate standard 350 uL receiver plates. The spacer block has been optimized to reduce the space between the receiver plate and the filter plate during vacuum filtration.
Description:
Coupler For Manifold, Combines 2 Pall Laboratory Manifolds to yeild a 6-place manifold, Device slip fits allowing for easy assembly and dissambley
Description:
Standard adapter, specially designed to slip fit into the Pall Laboratory Manifold for easy testing of liquid solutions. Using a number 8 stopper, any testing device can be used
Description:
0.02Um Pore Size. 25Mm Diameter. Anopore* Disc Is Peripherally Bonded To An Annular Polypropylene Ring. Compatible With A Wide Range Of Organic Chemicals, Solvents, And Aqueous Solutions. Sieve-Like Membrane Retains Particles. Virtually Transparent When Wet.
Description:
18.5cm diameter. Slightly grained surface. Moderately thick. Highly absorbent. Highly suitable for use in Buchner funnels. Medium porosity. Medium flow rate. 6um particle retention.
Description:
5.5cm diameter. Hardened, low ash paper for gelatinous precipitates and coarse particles. High wet strength makes this grade suitable for fast vacuum assisted filtration. Coarse porosity. Fast flow rate. 20-25um particle retention.
Description:
12.5cm diameter. Hardened, low ash paper for gelatinous precipitates and coarse particles. High wet strength makes this grade suitable for fast vacuum assisted filtration. Coarse porosity. Fast flow rate. 20-25um particle retention.
Description:
11.0cm diameter. Hardened, low ash paper for gelatinous precipitates and coarse particles. High wet strength makes this grade suitable for fast vacuum assisted filtration. Coarse porosity. Fast flow rate. 20-25um particle retention.
Description:
0.1um pore size. 47mm diameter. Anopore* disc is peripherally bonded to an annular polypropylene ring. Compatible with a wide range of organic chemicals, solvents, and aqueous solutions. Sieve-like membrane retains particles. Virtually transparent when wet.
Description:
Used for high temperature filtration (up to 550[degree]C) or when using solvents incompatible with cellulose. Also used in pollution monitoring (0.8um nominal particle retention). Internal Diameter 43mm. External Length 123mm.
Description:
4.25cm diameter. Ideal for high volume and repetitive routine laboratory filtering. Use as a membrane prefilter to greatly extend membrane life. Binder free. Coarse porosity. Fast flow rate. 2.7um particle retention.
Description:
Cellulose Acetate Membranes are made from pure cellulose acetate making them suitable for biological and clinical analysis, sterility tests, and scintillation measurements.
Description:
20.3x25.4cm sheet. Creped wood pulp paper. Thin, hardened, high wet-strength paper is resistant to weak acids and alkalis. Recommended for general and high-volume process filtration. Medium porosity. Medium flow rate. 8-12um particle retention.
Description:
A medium fast filter paper with medium to fine particle retention. Used for a wide variety of analytical routine applications in different industries.
Description:
4.25cm diameter. More retentive, slower, and more absorbent than Grade 1 Filter Paper by Whatman*. For general-purpose lab applications, monitoring specific contaminants in the atmosphere, and soil testing. Medium porosity. Medium flow rate. 8um particle retention.
Description:
Qualitative Filter Paper. 2.5 um. The maximum degree of fine particle filtration in the qualitative range. Capable of retaining the fine precipitates encountered in chemical analysis. Slow flow rate.
Description:
38.5cm diameter. More retentive, slower, and more absorbent than Grade 1 Filter Paper by Whatman*. For general-purpose lab applications, monitoring specific contaminants in the atmosphere, and soil testing. Medium porosity. Medium flow rate. 8um particle retention.
Description:
Qualitative Filter Papers. 25 um. Only half the thickness of No. 113 and suitable for coarse or gelatinous precipitates. Smooth surface for easy recovery of precipitates.
Description:
Cellulose Acetate Membranes are made from pure cellulose acetate making them suitable for biological and clinical analysis, sterility tests, and scintillation measurements.
Description:
Clear polystyrene plates with Whatman GF/C glass fiber filter media. Long drip directors eliminate well-to-well contamination during the filtration process. Use for DNA template cleanup, cell capture, and for removal of unwanted debris.
Description:
18.5cm diameter. Hardened, cotton linter filter with high wet-strength and resistant to acidic and alkaline solutions. Suitable for food and beverage industries. Medium fine porosity. Medium fast flow rate. 4-7um particle retention.
Description:
Cellulose Acetate Membranes are made from pure cellulose acetate making them suitable for biological and clinical analysis, sterility tests, and scintillation measurements.
Description:
24.0cm diameter. Very useful in clarification of cloudy solutions. Widely used in water analysis. Fine porosity. Slow flow rate. 2.5um particle retention.
Description:
Clear polystyrene plates with 0.45um hydrophilic PVDF membrane filter media. Long drip directors eliminate well-to-well contamination during filtration process. Use for DNA template cleanup, cell capture, and for removal of unwanted debris.
Description:
4.25cm diameter. Hardened. For fast filtration of gelatinous precipitates and coarse particles from alkaline/acid solutions during gravimetric analysis. High wet-strength, high purity. Coarse porosity. Fast flow rate. 20-25um particle retention.
Description:
11.0cm diameter. More retentive, slower, and more absorbent than Grade 1 Filter Paper by Whatman*. For general-purpose lab applications, monitoring specific contaminants in the atmosphere, and soil testing. Medium porosity. Medium flow rate. 8um particle retention.
Description:
11.0cm diameter. Very useful in clarification of cloudy solutions. Widely used in water analysis. Fine porosity. Slow flow rate. 2.5um particle retention.
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