Proven Excellence. Advanced Materials Testing Thermal Analysis, Methods for Determination of Thermophysical Properties, Cure Monitoring, Rheology, Fire Testing, Accelerating Rate and Isothermal Calorimetry

Since 1962, NETZSCH-Geratebau GmbH has consistently provided our customers with the latest thermal analysis techniques, the broadest range of highest quality products, the most complete technical support and the most comprehensive service. Thanks to our experienced team, NETZSCH Analyzing & Testing consistently offers the "utmost": the most complete product line, the widest temperature range and the highest measurement pressure, to name a few. The series of patents and international R&D awards which we have received attest to our products' leadership in terms of technique and quality. Our branches,...

Diversified Product Range for Eclectic Applications At NETZSCH, you will find solutions for Thermal Analysis, thermophysical properties testing, cure monitoring, dynamic-mechanical testing, rheology, multiple module and accelerating rate calorimetry as well as for fire testing. Our instruments and methods allow for material characterization and the study of properties such as specific heat capacity, enthalpies, weight change, Young's modulus, dimensional changes, thermal conductivity, thermal diffusivity, viscosity and evolved gases including determinations with regard to purity and composition,...

DIFFERENTIAL SCANNING CALORIMETRY Differential Scanning Calorimetry (DSC) determines transition temperatures and enthalpy changes in solids and liquids under controlled temperature change. DSC is the most frequently used method in the field of Thermal Analysis. Rapid analyses, high significance for research and quality control tasks, and easy handling of the measuring instrument contribute to its versatility. The Pathfinders The premium systems DSC 300 Caliris® Select and Supreme and DSC 500 Pegasus® integrate a number of hardware and software features which are useful in the lower temperature...

DSC 300 Caliris® Classic This is a robust, gas-tight instrument for routine measurements in your laboratory. It is a reliable entry-level heat flux DSC for use in quality assurance and failure analysis, as well as in an educational environment. ■ "horoughly informed and in full control thanks to integrated touch display* ■ 5erfect for routine applications thanks to predefined and user defined methods ■ Automatic sample changer* ■ Speed up results wih AutoEvaluation* and Identify* ■ Defined atmospheres or vacuum ■ Quickly interchangeable sensors (DSC-cp, DSC, DTA) ■ Automatic sample changer* or...

THERMOGRAVIMETRY SIMULTANEOUS THERMAL ANALYSIS Thermogravimetry (TG)/Thermogravimetric Analysis (TGA) investigates the thermal stability and decomposition, whereas Simultaneous Thermal Analysis (STA) combines thermogravimetric analysis and differential scanning calorimetry in one measurement under perfectly identical test conditions (same atmosphere, gas flow rate, etc). Supreme Determination of Mass Changes – the TG 309 Libra® Series TGA is used for quality control and assurance of raw materials and incoming goods as well as for failure analysis of finished parts, especially in the polymer-processing...

STA 509 Jupiter® Series - The Result of 50 Years in Fulfilling Customer Requirements The STA 509 Jupiter® series combines DSC and TGA methods and is thus capable of measuring both heat flow and mass change. The application fields of the STA series include plastics, rubbers, resins, fibers, coatings, oils, ceramics, glass, cements, refractories, metals, fuels, pharmaceuticals, etc. Temperature range Furnaces Sample weight, weighing range TGA resolution Vacuum Temperature-modulation Automatic sample changer* DSC-BeFlat® Tau-R® Mode TGA-BeFlat® 9, incl. water-vapor, high-speed 12, incl. water-vapor,...

NETZSCH offers the widest range of Dynamic-Mechanical Analysis (DMA) instruments and testing machines for the investigation of the temperature-dependent visco-elastic properties by applying an oscillating force - up to the highest force range— to the sample. The product range includes flexometers, also for thermal fatique tests of rubber materials and instruments for the measurement of the dynamic shore hardness or the adhesive properties (autohesion), for instance for rubber compounds before vulcanization. * Optional feature DMA 303 Eplexor® - The All-Rounder for Forces up to 50N This all-rounder...

DMA 523 Eplexor® High-Force and the HBU 523 Gabometer® up to 4000 N The DMA 523 series comes in two instrument variations, the DMA 523 Eplexor® and the HBU 523 Gabometer®. The HBU 523 Gabometer® can be used as Goodrich flexometer for heat build-up and fatigue tests. Temperature range: DMA 523: -160°C to 500°C HBU 523: -160°C to 300°C Two independent drives for static and dynamic load Force range: static 6000 N, dynamic up to 4000 N Changeable force transducers Frequency range: 0.0001 Hz to 100 Hz Deformation modes: bending, tension, shear, compression/penetration Accessories*: immersion bath,...

Rheology is the study of flow and deformation of materials under applied forces which is routinely measured using a rheometer. The measurement of rheological properties is applicable to many materials from fluids such as dilute solutions of polymers and surfactants through to concentrated protein formulations, to semi-solids such as pastes and creams, to molten or solid polymers as well as asphalt. Kinexus Prime Series The Kinexus Prime isn't just a rheometer - it is redefined the way it interacts with you. Kinexus Prime is the next generation rotational rheometer platform that's been developed...

Advanced Capillary Rheometers for Research, Product Development and Quality ControlRosand RH7/RH10 The current RH7 and RH10 models retain the robust H frame design principle, which lies at the heart of the instruments' ability to operate under high loading conditions. A digital drive system gives the RH7 and RH10 unsurpassed performance in terms of speed control, accuracy, and dynamic operating range. This hardware is supported by the latest generation of Windows® based software, Flowmaster, with many new experimental possibilities. ■ Temperature Range: Ambient to 400°C (500°C optional), 5°C...