Components

|
Collins Swirlklean Bypass Filter The Collins Swirlklean bypass filter was developed to remove small micron and submicron size particles from both liquid and vapor samples. Small pore membrane filters are used in the filter. Membrane filters are thin (0.005 in. thick) porus structures composed of polymeric materials. These filter elements have uniform pore size for good surface retention of particles. |
|
Vici Metronics (USA) Dynacal permeation tubes and wafer devices are small, inert capsules which emit a stable concentration of a specific trace chemical. Dynacalibrators utilize permeation devices to deliver precise concentrations from ppb to high ppm. << Learn More >> |
|
ADI High Vacuum Dia-Vac® Pumps And Mini Dia-Vac® Diaphragm Sampling Pumps ADI High Vacuum Dia-Vac® Pumps are an ideal choice or: << Learn More >> |
|
HLSS Separator For Process Streams The Hobré Instruments HLSS separator provides a maintenance free solution for highly diverse applications for removal of water, sediment and many other contaminants from process streams like fuel or other hydrocarbons. The separator removes the major part of contaminants, which results in considerable lower maintenance. << Learn More >> |
|
Flow Impact Probe Hobré Instruments has developed a Flow Impact Probe concept with a close coupled pressure reduction system. In this system the gas velocity in the process pipeline is used to drive a fast-loop through the probe, block valves and pressure reduction system inlet filter. << Learn More >> |
|
Multi Phobic Membrane Filters As analyzer specialists can testify filters typically are either hydrophobic or resistant to oil. This causes problems when liquid carry over in gas sample streams can consist of both water and hydrocarbons, possibly at the same time! After extensive research and field testing Hobré Instruments introduces the MP (Multi Phobic) series gas filter membranes. When properly applied these filters protect gas analyzers from any liquid and particle carry over in demanding applications. << Learn More >> |