Scales > pH Meters > Electrodes | ||||||
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OverviewThe more precious or limited the sample, the greater the challenge to use it for analysis. The narrow sensor shaft of micro pH sensors fits in nearly every sample container and enables measurements of sample volumes down to the lower ranges.
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Performance to Trust Easy to Use Built to Last InLab® Sensor Technology Proven Reliability
Measurements have to be fast, precise and reproducible. Tried and trusted technologies combined with state-of-the-art production processes guarantee highest performance for every InLab sensor, providing reliable results at any time.
All InLab sensors are shipped ready to use. Everything you need for your measurement comes together with the sensor. Your work in the lab will be simplified by application specific sensors, automatic recognition of ISM sensors and the spillfree wetting cap
The thought-out InLab sensor construction as well as the highquality materials used for manufacturing guarantee high robustness even in harsh applications. The versatile sensor portfolio ensures the perfectly suited sensor for every application, a match that greatly extends the lifetime of the products.
The variety of electrochemical sensors is as diverse as the applications they are used for. Only the right combination of high-quality materials, tried-and-trusted technologies, and the shape of the membrane make a sensor perfectly suited for a specific application.
Liquid filled electrodes are reliable workhorses, constructed for efficient pH measurements in daily laboratory use of a wide application range. For more complex sample matrices like emulsions or biological media, electrodes with a sleeve junction are recommended.
Electroplating is a common technique used to coat metals in order to add desired properties to them. Strong acids and bases are needed for this process and the robust HA glass of the InLab Routine Pro-ISM is ideal for this application as it covers the whole pH range with an extremely low alkali error.
Sensors that measure ORP (oxidation reduction potential) have to cope with similar challenges as pH sensors. Thus, the correct combination of reference system, junction, and shape are of equal importance for successful ORP measurements.
Fluffy bread with a crispy crust requires a well-controlled baking process. The InLab Redox allows bakeries to control the fermentation process of dough in an easy and efficient way.
Model | InLab® Redox 51343200 |
InLab® Redox Flow 51343201 |
Redox Au 51343204 |
Redox Ag 51343205 |
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Type of electrode | Combined ORP | Combined ORP | Combined ORP | Combined ORP |
Temperature range | 0 to 100 °C | 0 to 100 °C | 0 to 100 °C | 0 to 100 °C |
Type of junction | Ceramic | Moveable glass sleeve | Ceramic | Ceramic |
Reference electrolyte | 3 mol/L KCl | 3 mol/L KCl | 3 mol/L KCl | 3 mol/L KNO3 |
Shaft length | 120 mm | 120 mm | 120 mm | 120 mm |
Shaft diameter | 12 mm | 12 mm | 12 mm | 12 mm |
Metal | Platinum ring | Platinum ring | Gold ring | Silver ring |
Storage | 3 mol/L KCl | 3 mol/L KCl | 3 mol/L KCl | 3 mol/L KNO3 |
Cable and connection | S7 | S7 | S7 | S7 |
Reference system | ARGENTHAL™ with Ag+-trap | ARGENTHAL™ with Ag+-trap | ARGENTHAL™ with Ag+-trap | ARGENTHAL™ with Ag+-trap |
$607.20 |