For your most demanding research and industrial applications requiring exceptional purity and broad chemical compatibility, choose GVS Extracto Vacuum Bottle Top Filters, PVDF Membrane. These multi-purpose filters, sterilized by gamma irradiation, are ideal for the filtration of culture media, organic solvents, and various chemical solutions. Featuring a high-performance PVDF (Polyvinylidene fluoride) membrane known for its low protein binding and robust chemical resistance, these units are lightweight yet durably constructed. Purpose-built with user-friendly features, including a wide easy-access bottle mouth and ergonomically designed components, GVS Extracto filters are designed to bring the highest levels of performance and purity to your research. Available in multiple capacities, diameters, and pore sizes, they offer a wide applicability range for the separation and purification of your most critical liquid samples.
GVS Extracto Vacuum Filters are designed specifically for the filtration of culture media and organic solvents in research and industrial laboratories. It's purpose-built with features designed to bring the highest levels of performance and purity to your research. A variety of membrane types and membrane areas are for choice that offer a wide applicability range for the separation and purification of most liquid samples to meet different laboratory needs. All the products are manufactured with high-quality material Acrylonitrile Butadiene Styrene (ABS), Polypropylene (PP), or Polystyrene (GPPS) and by proven technique, which assure them work under pressure and still hold integrity.
Properties:
Designed hose connector can fit multiplicate hose diameters
Non-pyrogenic
Gamma irradiation sterilized
Lightweight and heavy wall construction
Large knurls on the reservoir bottle cap for easy screw
Designed wide and easy access bottle mouth for efficiently and stably pouring out
Engraved graduation ensure the veracity
Ergonomically designed sidewalls and collar can simplify tightening/losing and adjustments
Applications:
Filtration of culture media
Filtration of aqueos solution
Filtration of large volume sample
Sterilitation and clarification
Filtration of buffer for Cellular and Molecular Biology
For your most demanding research and industrial applications requiring exceptional purity and broad chemical compatibility, choose GVS Extracto Vacuum Bottle Top Filters, PVDF Membrane. These multi-purpose filters, sterilized by gamma irradiation, are ideal for the filtration of culture media, organic solvents, and various chemical solutions. Featuring a high-performance PVDF (Polyvinylidene fluoride) membrane known for its low protein binding and robust chemical resistance, these units are lightweight yet durably constructed. Purpose-built with user-friendly features, including a wide easy-access bottle mouth and ergonomically designed components, GVS Extracto filters are designed to bring the highest levels of performance and purity to your research. Available in multiple capacities, diameters, and pore sizes, they offer a wide applicability range for the separation and purification of your most critical liquid samples.
Select a product below and add it to your cart to request a quote.
Extracto Vacuum Bottle Top Filters, PVDF Membrane
Choose sharing option
×
Email
Url
WhatsApp
Request A Quote
Thank you!
We have received your request and are working hard on your quotation. Please allow 24 - 48 business hours for quote processing. You will receive a copy of your request to the email attached.
We look forward to serving you.
Thank you!
We have received your request and are working hard on your quotation. Please allow 24 - 48 business hours for quote processing. You will receive a copy of your request to the email attached.
We look forward to serving you.
The Lab Depot uses cookies to improve your experience on our site. By clicking “Dismiss”, you consent to the use of all cookies which enable you to have a more personalized shopping experience. The Lab Depot does not sell any personal information. For more information, please read our privacy policy.