405 Results for: "THERMO ORION"

Supplier: THERMO ORION

ROSS pH electrodes offer unmatched benefits that users will not find in any other pH electrode. 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 pH combination electrode is one of the first lab pH electrodes to meet RoHS requirements by containing no lead, mercury or other hazardous substances — making disposal of old electrodes easy and hassle free.

Supplier: THERMO ORION

Accessory for turbidity meter, ORION® AQUAfast®, Replacement turbidity vials, Ø 24 mm, AQ4500 turbidimeter

Supplier: THERMO ORION

These standard DO probes can be used in the lab or in the field.

Supplier: THERMO ORION

Iodide standard solution, 0,1M, Orion™, Matrix: H₂O, Application: ISE Calibration

Supplier: THERMO ORION

Accessories for solid state and plastic membrane ion selective electrodes.

Supplier: THERMO ORION

Measure dissolved oxygen as percent saturation, concentration in mg/L or concentration in ppm simultaneously with temperature using the Orion™ Lab Star DO113 DO bench meter.

Supplier: THERMO ORION

These bench top meters with conductivity module meet most challenging applications for pH, ion concentration, mV, ORP 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 basic pH analysis in the lab. Ideal for simple, routine pH, mV and temperature measurements.

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

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

Supplier: THERMO ORION

ISE Surfactant Analysis Solutions for titrations with surfactant ion selective electrodes (ISE).

Supplier: THERMO ORION

COD standard 10000 mg/l, : N/A

Supplier: THERMO ORION

This portable DO/RDO meter is designed for a wide range of dissolved oxygen and temperature testing and field applications. It can be used with a RDO optical or a polarographic DO probe. The meter is suitable for use in the most demanding locations thanks to its IP67-rated housing.

Supplier: THERMO ORION

Solutions for 8611BNWP Combination or 8411BN & 800300 Half-cell Electrodes.

Supplier: THERMO ORION

This portable conductivity meter is ideal for a wide range of applications and advanced conductivity analysis in the field. The meter is suitable for use in the most demanding locations thanks to its IP67-rated housing.

Supplier: THERMO ORION

Replacement parts for Thermo Scientific Orion™ Star Series Inkjet Printer.

Supplier: THERMO ORION

Automatic Temperature Compensation (ATC) probes for fast, accurate measurements in the lab or field.

Supplier: THERMO ORION

This top performance pH electrode can be used to precisely perform 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

Kit provides fast, accurate pH results in high purity and low ionic strength waters.

Supplier: THERMO ORION

Measure ORP simply and accurately with Thermo Scientific™ Orion™ ORP standards for Redox/ORP electrodes

Supplier: THERMO ORION

This long length combination electrode can be used to accurately measure pH in NMR cells.

Supplier: THERMO ORION

Electrode, Dissolved Oxygen, Orion™

Supplier: THERMO ORION

Combination pH electrode with epoxy body for fast response in difficult samples and soils.

Supplier: THERMO ORION

These electrodes perform quick, simple, accurate and economical measurements of silver and sulfide ions in aqueous solutions. Ideal for performing low-level cyanide and halide titrations.

Supplier: THERMO ORION

These On-Line pH electrodes feature an Ag/AgCl double-junction and a built-in thermistor. They are designed for use with the pH monitors 2001 and 2002.

Supplier: THERMO ORION

The Thermo Scientific™ Orion™ Navigator Pro™ computer software and Thermo Scientific™ Orion™ Versa Star Pro™ meters are designed to offer a computer-driven measurement system for generating electronic measurements, calibration data and audit trails.

Supplier: THERMO ORION

The Thermo Scientific™ Orion Star™ T910 pH titrators are designed to increase your laboratory productivity by automating titrations. Our core electrochemistry technology is integrated with a state-of-the-art reagent dispensing system to create modern, simplified automated titrators designed to make performing titrations easier, more reliable and more reproducible than manual titrations.

Supplier: THERMO ORION

This pH electrode is ideal for meaurement in thick or viscous samples, but compatible with all sample types. 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 durable combination pH electrode with semi-micro tip helps users to measure pH in micro volume aqueous solutions. 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.