Description
EGA173 glass-shaft electrode with ground-glass ring diaphragm and gel electrolyte is a laboratory measurement electrode built around a glass shaft, a ground-glass ring diaphragm and a gel electrolyte filling. The glass shaft provides a durable body for routine laboratory handling, while the ground-glass ring diaphragm forms the electrolytic junction between the internal gel and the sample. Gel electrolyte supports low-maintenance operation by limiting the need for frequent refilling associated with liquid electrolyte systems. Offered as 1 pc with a gross weight of 0,10 kg, the unit is suited to standard laboratory electrode workflows within analytical environments. Construction details focus on the combination of glass shaft geometry, ring diaphragm design and gel filling for consistent junction behaviour during electrochemical measurements. This configuration from manufacturer Meinsberg - a Xylem brand addresses laboratories that specify glass-body electrodes with a ground-glass ring diaphragm and gel electrolyte. Originating from Germany, the EGA173 fits professional lab setups that require a compact glass-shaft electrode with gel filling and ring-diaphragm junction technology for everyday measurement tasks.
This article is part of Stirring shafts, propellers & impellers, in Stirring, shaking & mixing.
Key features
- Pack size: 1 pc
- Shaft: Glass
- Diaphragm: Ground-glass ring diaphragm
- Electrolyte: Gel electrolyte
- Country of origin: Germany
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Questions about EGA173
What is this article?
EGA173 is the article on this page. Luminix Health distributes Meinsberg - a Xylem brand for laboratory use. It sits in Stirring shafts, propellers & impellers, inside Stirring, shaking & mixing, in Instruments de laboratoire.
A shaft, a propeller or an impeller is the wetted end of an overhead stirrer. The diameter and the pitch decide whether the liquid turns over. The material, stainless steel or PTFE, decides what the liquid may be. The chuck size has to match the stirrer.
Stirring keeps a mixture uniform or helps a solid dissolve. A magnetic stirrer spins a bar inside a closed vessel. An overhead stirrer drives a shaft when the liquid is viscous or the volume is large. A vortex mixer agitates a tube. A shaker moves a whole rack or a plate. The shape of the impeller and the speed decide whether the liquid turns over or merely spins. The vessels being stirred are indexed under ISO laboratory glassware.
Which category should I open next?
The category is Stirring, shaking & mixing. The sub-category is Stirring shafts, propellers & impellers. The catalogue is Instruments de laboratoire.
Shelves beside this one are Magnetic stirring bars, Magnetic stirrers, Stirring & mixing accessories, Homogenisers & dispersers, Shakers, rockers & rotators, Overhead stirrers and Vortex mixers.
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The seven catalogues are Labware, Lab chemicals, Lab instruments, Lab consumables, Chromatography equipment, Lab safety equipment and Life Science & Microbiology.