Filtration

Disc 46.2mm PTFE/PP 2.0µ/6Mm 50/Pk (50 per PK )

Disc Speed Pack NC 0,8 µ Black Gridded Sterile 47 mm 600Pk (600 per CS )

Disc Speed Pack NC 0,8 µ Black Gridded Sterile 47 mm 150Pk (150 per CS )

Filtration Microfiltration Assembly 25 mm with Stainless Steel Support Ultra-Ware (3) Stainless Steel Support Screen 25 mm The 25 mm vacuum microfiltration assemblies are designed to handle small volumes of liquids for analysis of particulate or microbiological contamination. (1 per EA)

Filtration Microfiltration Assembly 25 mm with Stainless Steel Support Ultra-Ware (5) Glass Support Base 25 mm The 25 mm vacuum microfiltration assemblies are designed to handle small volumes of liquids for analysis of particulate or microbiological contamination. (1 per EA)

Filtration Microfiltration Assembly 47 mm with Bottle and Fritted Glass Support Ultra-Ware 47 mm Filtration Assembly with Bottle and Fritted Glass Support This filtration assembly is specially designed to collect the filtrate directly into a media-style bottle. (1 per EA)

Filtration Microfiltration Assembly 47 mm with PTFE-Faced Fritted Glass Support Ultra-Ware (3) PTFE-Faced Fritted Glass Support Base 47 m Used when autoclaving with the filter in place. The PTFE coating prevents the membrane from adhering to the ground glass surface. (1 per EA)

ULTRA-WARE 1L Microfiltration Apparatus with Solvent Pickup Adapter draws directly from reagent bottle through a 47mm filter. Adapter can be turned off for vacuum degassing. Coarse porosity fritted glass filter base and 1L flask. 40/35 standard taper joints. (1 per EA)

HPLC Cap System Filtration/Delivery ULTRA-WARE Reservoir Capacity 10 liter. Approx. Height x Dia 570 x 255 mm Recommended for most solvents used for HPLC mobile phase. (1 per EA)

HPLC Cap System Five Valve Recirculation / Filtration Standard ULTRA-WARE 90 mm Conversion Base Specially designed to permit the recirculation of mobile phase back into the reservoir while maintaining the helium sparged environment. (1 per EA)

Unlike traditional polymeric cast film membranes, H&V Trupor® utilizes nanoscale fibers in a composite design to achieve precisely regulated porosities. This innovative design yields best in class performance. No adhesives are utilized which significantly reduce trace extractables making it an ideal matrix for analytical separation (100 per PK )

Unlike traditional polymeric cast film membranes, H&V Trupor® utilizes nanoscale fibers in a composite design to achieve precisely regulated porosities. This innovative design yields best in class performance. No adhesives are utilized which significantly reduce trace extractables making it an ideal matrix for analytical separation (100 per PK )

Unlike traditional polymeric cast film membranes, H&V Trupor® utilizes nanoscale fibers in a composite design to achieve precisely regulated porosities. This innovative design yields best in class performance. No adhesives are utilized which significantly reduce trace extractables making it an ideal matrix for analytical separation (100 per PK )

Unlike traditional polymeric cast film membranes, H&V Trupor® utilizes nanoscale fibers in a composite design to achieve precisely regulated porosities. This innovative design yields best in class performance. No adhesives are utilized which significantly reduce trace extractables making it an ideal matrix for analytical separation (100 per PK )

Unlike traditional polymeric cast film membranes, H&V Trupor® utilizes nanoscale fibers in a composite design to achieve precisely regulated porosities. This innovative design yields best in class performance. No adhesives are utilized which significantly reduce trace extractables making it an ideal matrix for analytical separation (100 per PK )

Unlike traditional polymeric cast film membranes, H&V Trupor® utilizes nanoscale fibers in a composite design to achieve precisely regulated porosities. This innovative design yields best in class performance. No adhesives are utilized which significantly reduce trace extractables making it an ideal matrix for analytical separation (100 per PK )

Unlike traditional polymeric cast film membranes, H&V Trupor® utilizes nanoscale fibers in a composite design to achieve precisely regulated porosities. This innovative design yields best in class performance. No adhesives are utilized which significantly reduce trace extractables making it an ideal matrix for analytical separation (100 per PK )

Unlike traditional polymeric cast film membranes, H&V Trupor® utilizes nanoscale fibers in a composite design to achieve precisely regulated porosities. This innovative design yields best in class performance. No adhesives are utilized which significantly reduce trace extractables making it an ideal matrix for analytical separation (100 per PK )

Unlike traditional polymeric cast film membranes, H&V Trupor® utilizes nanoscale fibers in a composite design to achieve precisely regulated porosities. This innovative design yields best in class performance. No adhesives are utilized which significantly reduce trace extractables making it an ideal matrix for analytical separation (100 per PK )

LabExact® HandiPrep™ Model E in syringe clarification device, 5ml volume capacity, glass media organic binder, medium cloudy suspension to 2µm output, 100/pk; Filtration device shortens sample-prep workflow. Clarify heavily precipitated suspensions. (100 per PK )

EZFlow, Replacement Clamp, 25mm Diameter, 1/EA (1 per EA)

EZFlow, Replacement Upper Funnel Cup, 30mL, 1/EA (1 per EA)

Autofil® 2 Bottle Top Filtration Device Full Assembly, 1,000 mL, 0.22 µm PES Unit, Sterile (12 per CS )

Autofil® 2 Bottle Top Filtration Device Full Assembly, 1,000 mL, 0.45 µm PES Unit, Sterile (12 per CS )