Different industries have differing requirements for analytical instrumentation which is powerful, robust and easy-to-operate. Special configurations with high sensitivity and versatility are often desired for the industrial research and development or in academia. Select your analytical instrument from our broad product palette and work with us to tailor an optimal application solution to your needs.
The various thermal analysis methods have been employed for decades in research and development as well as in academia for the characterization of the most varied of materials. The precise thermal material data provided by the measurement of thermophysical properties are also sought after for simulation calculations.
Thermoanalytical measuring methods are employed in polymer development and testing laboratories for incoming goods inspection, quality assurance, failure analysis and process optimization. Ask us about our powerful and robust instruments - also for routine operation!
Quality demands in these industries concerning purity and stability are extremely high. The thermoanalytical measurement methods used must therefore be regularly reviewed und validated by calibration.
Process security holds the highest priority in the chemical industry. By combining various thermoanalytical techniques or measurements under practical pressure conditions, processes can be better understood and optimized. Discuss your problem with us - we have an answer for you!
Designers and developers of new components for autos, trucks, ships, rail vehicles and air/space travel must have precise thermal data in order to make the right choice of material and prognoses concerning lifespan. Develop the solution to your problem with us!
Electronic components are packed ever closer together. Being cognizant of heat dissipation is therefore increasingly important. Certain thermoanalytical instruments can provide information concerning the thermostability and curing behavior of reactive resin systems - even online!
For metals and metal alloys, it is of practical importance to be aware of the specific heat and phase transformations, also under oxidative or corrosive atmosphere. We offer specially designed thermoanalytical measurement and coupling systems for this.
One can glean information about phase transformations, changes in specific heat, exact thermal conductivity values, the sintering behavior of ceramic materials and practice-relevant mechanical properties of refractories from the most varied of measuring methods.
Thermal Analysis and Thermophysical Properties are used for a wide range of applications in the nuclear field. Accurate knowledge of the Thermal Properties is crucial for the application of a material in a nuclear reactor. NETZSCH offers a wide range of instruments ideally suited for such applications. Wide experience for glove-box and hot-cell installations is provided.
Chemical and pharmaceutical research, development, and manufacturing all place high demands on the security, accuracy, dependability and reproducibility of the analytical methods employed. NETZSCH instruments set high standards in these areas with regard to precision, flexibility and consistency.