Test & Measuring Instruments

Small Scale Reaction Calorimeter enhances safety and speed.

March 5, 2014

Allowing generation of reproducible results at small scale, EasyMax HFCal provides critical process information to scientists and engineers early in development process in order to shorten time to market, reduce development expense, and improve safety. This heatflow calorimeter, requiring minimal materials and processing time, provides data on parameters such as heat transfer coefficient, specific heat of reaction mass, reaction enthalpy, thermal conversion, and adiabatic temperature rise. Read More

Test & Measuring Instruments

DSC Instrument is optimized for polymer field.

November 18, 2013

Intended for Differential Scanning Calorimetry (DSC), DSC 214 Polyma features Arena furnace, with heating and cooling rates up to 500 K/min; diffusion-bonded Corona sensor; and Concavus pan. Measuring software minimizes time/effort required to start experiments via wizards, predefined methods, and AutoCalibration, and thermal effects in measuring curve can be determined automatically with one click. Another tool allows unknown polymer identification by comparison to data in expandable library. Read More

Test & Measuring Instruments

Heat Flow Calorimeter streamlines and accelerates optimization.

June 28, 2013

OptiMax HFCal reaction calorimeter facilitates characterization of process safety parameters – heat transfer, specific heat of reaction mass, isothermal and non-isothermal heat flow, enthalpy, and thermal conversion rates – at all reaction stages. Electrical heating and Peltier cooling systems control temperature control from -40 to 180°C without cryostat and ice-bath maintenance, and all experiment data is recorded automatically to foster traceable and reproducible processes. Read More

Test & Measuring Instruments

Differential Scanning Calorimeter delivers high sensitivity.

May 1, 2013

Targeting needs of food, polymer, and pharmaceutical industries, DSC-60Plus Series features, as standard, liquid-nitrogen cooling chamber that achieves cooling rate of 10°C/min at -100°C. These thermal analyzers, intended for materials characterization, feature detector and furnace construction that achieves stable baseline across measured temperature range of -140 to +600°C. Built-in autosampler permits automated measurement, analysis, and report printout for up to 24 loaded samples. Read More

Test & Measuring Instruments

Flow Calorimeter provides rapid enzyme screening.

March 22, 2012

Enabling characterization of enzyme activity to be achieved within 2-10 min/sample, chipCAL is suitable for monitoring biopharma, food, and fermentation processes. Technology employs flow principle, whereby enzyme and substrate are passed through thermodynamic cell simultaneously, allowing chipCAL to detect thermodynamic changes using volumes as low as 15 µL. Providing non-contact, label-free sample monitoring, calorimeter has working temperature of 15-60°C and can analyze up to 60 samples/8 hr. Read More

Test & Measuring Instruments

Differential Scanning Calorimeter reduces analysis time.

September 11, 2007

Suited for measurement of weak effects, DSC 1 Differential Scanning Calorimeter enables users to detect unknown transitions. It separates close-lying effects at high heating rates. When touch-free SmartSens infrared sensors are activated, users can open and close furnace without touching any part of instrument. Read More

Test & Measuring Instruments

Thin-Film Calorimeter tests inks, coatings, and adhesives.

June 24, 2004

Model TFC-9000(TM) uses sensor to measure exothermic heat reaction from polymerizing sample. After 10-20 sec sample analysis, unit displays time to reach peak temperature, peak temperature in BTUs, slope of temperature rise, and total energy emitted by curing reaction in BTUs. Model TFC-9000 works as stand-alone measurement system or can be connected to computer through serial port. Captured data can be exported and plotted to Excel graph for analysis. Read More

Test & Measuring Instruments

Material Analyzer measures heat flow.

April 25, 2002

SDT 0600 materials characterization analyzer simultaneously provides heat flow measurement from ambient temperature to 1,500 deg C and weight change. It has dual balance mechanism, bifiliar found furnace, and horizontal purge gas system with mass flow control and gas switching capability. Platinum/platinum-rhodium thermocouple embedded in each beam ensures accurate and precise transition and differential temperature measurements. Read More

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