Millipore MilliSolve Kit

32031613

Millipore MilliSolve Filtration System - Kit
47 mm, Bottle-to-Bottle Filtration System

The Millipore MilliSolve Filtration System has been designed for the filtration of liquid chromatography buffers and solvents under vacuum. The system uses a 0.45 µm membrane filter to eliminate particles which can shorten column life. Vacuum filtration with the Millipore MilliSolve system also removes a large portion of dissolved gasses from buffers, reducing the risk of air bubbles interfering with LC instruments. With automatic and continuous filtration, there is no need to add liquid into a funnel as filtration progresses. Filtration occurs in a closed system, which is important when filtering hazardous fluids. If open funnel filtration is required, the 300 mL funnel replaces the vacuum cover.

This item is a kit composed of the following items:
(Catalog Number - Description)
XX1614705 - Millipore Ground Joint Flask, 2L, Conical bottom
XX1514702 - Millipore Glass Base and Cap, 47 mm, Glass frit support
XX1614701 - Millipore Glass cover, 47 mm, For use with Millipore MilliSolve Kit
XX1014703 - Millipore Spring Clamp, 47 mm, Aluminum
XT1200000 - Millipore Tubing for Solvent/Buffer, PTFE, 70 cm
XX1014704 - Millipore Glass funnel, 300 mL, 47 mm, Borosilicate, Ground glass seal
ALIGNED05 - Millipore Alignment Guide, 47 mm, 5/PK

Features & Benefits:
• Automatic, continuous solvent and buffer filtration eliminates the need to pour during filtration
• 2L receiving flask includes plug and tubing for storage, eliminating filtered buffer transfer, reducing labor and lessening contamination risk
• Conical 2L flask bottom allows access to all filtered solvent or buffer

Applications:
Mobile Phase Preparation, Buffer Filtration

真空

100

PTFE tubing
anodized aluminum clamp(s)
borosilicate flask (with ground joint)
borosilicate glass base
borosilicate glass cap
borosilicate glass cover
borosilicate glass funnel(s)
silicone sleeve (for alignment)
stainless steel forceps

MilliSolve

12.5 cm

2 L

filtration

ambient