GVS Filter Technology. With a 40-year history, the GVS Group is one of the world ' s leading manufacturers of filter solutions for applications in the Healthcare & Life Sciences, Energy & Mobility and Health & Safety sectors. Syringeless Filter Vials with a wide range of membranes, including PTFE, Nylon, PES, PVDF and regenerated cellulose.
GVS Filter Technology. GVS Life Sciences capsules are disposable filtration units designed for the removal of particles or bacteria from aqueous or solvent solutions and gas streams. They are ready to use, eliminating the need to disassemble, clean and reassemble filter housings. GVS Life Sciences capsules contain no glue. GVS Syringe Filter
Vials, Capsule Filters, Centrifugal Filters and Bottle Top Filters as well as a complete offering of accessory devices Syringe Filters GVS syringe filter devices are designed to provide fast and efficient filtration. These syringe filters are suitable for numerous applications in pharmaceutical, environmental, biotechnology, food/beverage, and
Gvs Membrane found in: Micron-Sep Membrane Filters, PM 2.5 PTFE Membrane, PVDF-Plus Transfer Membrane, Magna PES Membrane Filters, Poretics Polyester..
GVS Life Sciences offer a full range of disposable syringe filter devices designed to provide fast and efficient filtration of aqueous and organic solutions, aerosol separation and venting. These syringe filters are suitable for numerous applications in pharmaceutical, environmental, biotechnology, food/beverage, and agricultural testing
GVS acquires Puerto Rico-based manufacturing operations of Haemonetics 2020/06/03 On June 3rd 2020 GVS S.p.A. signed an agreement to acquire Haemonetics’ plant in Fajardo and to supply and develop blood filters for Haemonetics
Cytiva Whatman Polycap SPF Capsule Filter s. Polycap SPF is an excellent choice for serum pre-filtration. Its unique filter media system has three layers: fine GMF (Glass Microfiber), ultrafine GMF, and a layer of 1.0µm Polyethersulfone (PES) membrane. This structure provides a m. Pricing & More Info.
SEPARA® Syringeless Filter Vial, 0.20 µm RC Gray: PK100-- Add to Cart: GVMV32ANPNY004UC SEPARA® Syringeless Filter Vial, 0.45 µm Nylon Blue: PK100-- Add to Cart: GVMV32ANPPS004WC SEPARA® Syringeless Filter Vial, 0.45 µm PES Dark Green: PK100--
GVS Filter Technology. With a 40-year history, the GVS Group is one of the world ' s leading manufacturers of filter solutions for applications in the Healthcare & Life Sciences, Energy & Mobility and Health & Safety sectors. Syringeless Filter Vials with a wide range of membranes, including PTFE, Nylon, PES, PVDF and regenerated cellulose.
Home » News » Filter Vials » Standard PTFE hplc filter vials on stock gvs Standard PTFE hplc filter vials on stock gvs GVS™ SEPARA™ 32 mm Syringeless Filter Vial – Aijiren Techsci.com Filtering with a plunger in the vial is a rapid single step, reducing sample loss.
GVS MV32ANPPT002TC01 SEPARA Syringeless Filter Vial, 0.20 µm Single Blue Holds 50 Standard 12 mm 2 mL vials, Stackable Tube Rack ... Filter Sterile PES ...
48042411 Syringeless filter vial, 0.20 µm PVDF Yellow 100/pack $139.98 48042413 Syringeless filter vial, 0.20 µm RC Gray 100/pack $149.98 48042406 Syringeless filter vial, 0.45 µm Nylon Blue 100/pack $139.98 48042408 Syringeless filter vial, 0.45 µm PES Dark Green 100/pack $139.98
SEPARA 32mm Syringeless Filter Vial, 0.20 µm, Light Green Cap, PES, 100-pk. MSRP: Now: $170.00. Was: PES (Polyethersulfone): Hydrophilic, designed to remove particulates, low protein and drug binding, and high strength and durability. Use for filtration of buffers and culture media.
GVS™ SEPARA™ 32 mm Syringeless Filter Vial. The SEPARA™ single step filtering process is efficient and simple to use. Manufacturer: GVS™ MV32ANPPS002EC01. View more versions of this product. Catalog No. 10-486-208. $187.00 / Pack of 100. Qty.
GVS Filter Technology. GVS Life Sciences PM 2.5 PTFE Membrane is a high-purity, thin membrane for PM 2.5 ambient air monitoring. Each membrane is sequentially numbered with a chemically resistant polypropylene support ring. The low tare mass allows for accurate gravimetric determinations.