"THERMO ORION"

Supplier: THERMO ORION

The Orion Star™ A123 dissolved oxygen handheld meter offers easy operation for basic analysis in the field. Ideal for taking routine dissolved oxygen and temperature measurements.

Supplier: THERMO ORION

Automatic Temperature Compensation (ATC) probes for fast, accurate measurements in the lab or field. Automatically correct pH measurements for variation in electrode slope due to temperature change.

Supplier: THERMO ORION

Filling solutions for pH and reference electrodes.

Supplier: THERMO ORION

These bench top meters record accurate and reliable pH, ion concentration, mV, ORP and temperature measurements. They are ideal for a wide range of applications and advanced pH or ion analysis in the lab.

Supplier: THERMO ORION

These combination electrodes have a clog-resistant and open double junction reference system. They are ideal for measurements in samples containing proteins or TRIS buffers and that do not contain mercury. Suitable for viscous liquid samples.

Supplier: THERMO ORION

Ionic strength adjustors are used for analysis with ion selective electrodes, and special reagents are used with some ion selective electrodes.

Supplier: THERMO ORION

These bench top meters with pH/ISE, conductivity and Dissolved Oxygen/RDO modules meet the most challenging applications for pH, ion concentration, conductivity, dissolved oxygen and temperature. The meters offer interchangeable measurement modules that allow multiple users to customise four separate channels to meet their specific requirements.

Supplier: THERMO ORION

Easy to use and budget friendly instrument for a wide range of applications and advanced pH analysis in the lab. Ideal for simple, routine pH, mV and temperature measurements.

Supplier: THERMO ORION

These durable and extremely accurate conductivity cells can be used under a wide range of conditions. Intended for field or laboratory use.

Supplier: THERMO ORION

This electrode with built-in temperature sensor is ideal for any application where the use of metallic reference electrodes would contaminate the samples. Compared to conventional electrodes, the proven ROSS reference system exhibits superior stability in measurements, faster response, greater accuracy and precision when measuring samples that vary in temperature or when calibrating in temperatures that differ from the samples.

Supplier: THERMO ORION

Chloride standard solution, 1000 mg/l, Orion™, 应用: ISE Calibration

Supplier: THERMO ORION

These pH electrodes with semi-micro tip are ideal for use in clinical, pharmaceutical, and food labs, wherever sample size is a constraint. Compared to conventional electrodes, the proven ROSS reference system exhibits superior stability in measurements, faster response, greater accuracy and precision when measuring samples that vary in temperature or when calibrating in temperatures that differ from the samples.

Supplier: THERMO ORION

This general purpose combination electrode with toughened bulb and top-performance glass body can be used for precise pH determinations. Compared to conventional electrodes, the proven ROSS reference system exhibits superior stability in measurements, faster response, greater accuracy and precision when measuring samples that vary in temperature or when calibrating in temperatures that differ from the samples.

Supplier: THERMO ORION

These fluoride electrodes are designed for measuring free fluoride ions in aqueous solutions quickly, simply, accurately and economically.

Supplier: THERMO ORION

Solutions for storage and cleaning that prolong the working life of pH electrodes. Cleaning solutions are identified by the letters A, B, C, and D; each letter designates a unique formulation.

Supplier: THERMO ORION

This general purpose pH electrode offers superior performance for dirty, difficult samples such as soils, sludges, colloids, viscous materials and organics. Compared to conventional electrodes, the proven ROSS reference system exhibits superior stability in measurements, faster response, greater accuracy and precision when measuring samples that vary in temperature or when calibrating in temperatures that differ from the samples.