- Ideal for metals sampling
- 650 cm2 of effective filtration area
- Ensures rapid sample filtration
Solinst Disposable In-Line Filters are specifically designed for the preparation of groundwater samples for dissolved metals analysis and for filtering large volumes of turbid groundwater. These filters are any easy effective way to meet the filtration requirements of the US EPA, as they incorporate a 0.45 m membrane into a disposable device.
Related Products
Inertial Lift Groundwater Pumps
- Easily operated by hand
- Ideal for well development
- Excellent in silty/sandy environments
- Ideal for dedication
Rugged Peristaltic Pump
- Compact, lightweight, rugged design
- One simple control
- Gives flow rates from 40 ml/min to almost 3.2 L/min
- Ideal for sampling groundwater and vapor monitoring
Double Valve Pumps
Model 408 Double Valve Pumps are positive displacement gas drive pumps that provide high-quality, consistent groundwater samples and have been field-proven in thousands of applications. They now feature a simplified, lighter design for enhanced field convenience. A PVC pump option allows for use in even more field conditions.
New Bladder Pumps with Easy-to-Replace Bladder Cartridges
Solinst Bladder Pumps now feature Santoprene® bladder cartridges that are quick and easy to replace in the field – no tools required. Back by popular demand, the NEW PVC Bladder Pumps are low cost and excellent for metals sampling and in harsh, corrosive environments.
415 12V Submersible Pump
The Solinst 12V Submersible Pump provides an efficient means of purging and obtaining groundwater samples from 2" OD monitoring wells. The compact pump can sample from depths of 36.5 m (120 ft) below ground surface, and is easy to adjust the flow rates up to 13.5 L/min (3.6 US gpm) in shallower applications.
High or Low Flow Sampling
Double Valve Pumps are positive displacement gas drive pumps that provide high and low flow groundwater sampling, without the use of a bladder. Representative groundwater samples are produced, ideal when sampling for VOCs and PFAS.
