Laboratory & Research

A practical overview of inline refractometer capabilities for monitoring urea solution concentration in industrial, environmental, and process applications.

A practical guide to selecting an inline refractometer or liquid concentration analyzer for food, chemical, pharmaceutical, and water-treatment processes.

A practical overview of using inline refractometers to monitor urea solution concentration across fertilizer, purification, and automotive urea processes.

An overview of how inline refractometer monitoring can support hydrogen peroxide concentration control across production and treatment processes.

Ammonia solution processes require dependable concentration monitoring despite volatility, corrosion, bubbles, and changing operating conditions. This overview explains how an inline refractometer can support continuous measurement and process management.

Inline refractometers measure changes in refractive index to support continuous hydrazine hydrate concentration monitoring. Explore process considerations and the CHNSpec CRN series.

An overview of the CHN SPEC SPF-660 Series and its stated capabilities for in vitro sunscreen research, formula screening, and spectral measurement workflows.

A practical overview of using inline refractometers to monitor concentration trends in zinc oxide and potassium oxide process systems.

An MRI system may be correctly installed and fully connected to the power supply, yet still encounter issues if the surrounding environment fails to meet technical specifications. Electromagnetic interference, RF shielding, power quality, grounding, temperature, humidity, and particulate levels are all factors that may require assessment, depending on the facility's design and the manufacturer's requirements.

Tubes with capacities of 0.2 ml, 1.5 ml, 15 ml, or 50 ml are commonly found in laboratories, yet each type is associated with specific sample categories and equipment configurations. DNA and RNA samples typically require small-volume microtubes; blood and cell samples often utilize 5 ml or 15 ml tubes; while large-volume processing workflows may require tubes of 50 ml, 100 ml, or greater capacity