hrus htp

By: Sonas Technology  05/12/2011

The High Throughput (HTP) Ultrasonic Spectrometer has the added capability of semi-automated sample introduction. This allows for the fast filling, emptying and cleaning of the ultrasonic cells. It is ideal for analysis of large quantities of samples, to study batch-to-batch variation, sample stability, composition, the presence of crystals or aggregates, particle size etc. It is ideal for measuring a wide variety of liquid systems, from dilute solutions to concentrated emulsions.

Technical parameters of the model

- Two 1ml cells for parallel or differential sample analysis

- Internal diameter of inlet and outlet tubes 3mm

- Variable speed pump system (speed from 130ml/min to 25ml/min)

- Frequency Range from 2 to 18 MHz (cells with extended frequency range are available on request)

- High-Resolution & Reproducibility (down to±0.2mm/s for Velocity and 0.2% Attenuation)

- Variety of Measurement Regimes:

   o Temperature Ramp Mode

   o Kinetic Mode

   o Multi-Frequency Mode

- Temperature Range -20ºC to 120ºC

- Absolute Temperature Control down to 0.01ºC

Other products and services from Sonas Technology


External Modules

A choice of external modules: the standard 1ml differential cells for liquids, 1 ml flow through cells for fast continuous measurements of samples in flow, differential 1.5 ml cells for semi-solids materials and custom made fill in or follow-through cells 0.03 to 4 ml sample volume range. The cells can be plugged to HR-US 102-P, HR-US 102 SS-P and HR-US 102 FT-P spectrometers.


hrus csa

The new HR-US Colloid Stability Analyzer is designed to enable the analysis of stability, shelf-life and effects of thermal treatment of emulsions, suspensions and other complex formulations in R&D, product development, and QA/QC environments of various industries, including pharmaceutical, food and beverage, cosmetics and personal care.


hrus TKA

The Titration Kinetic Analyser measures microstructural and molecular processes in liquids when concentration of selected compounds is changed, or with time, when a chemical reaction is started by an injection of a required compound.