Netzsch

Companies Netzsch

NETZSCH-Gerätebau GmbH, Germany

NETZSCH-Gerätebau GmbH is focused on the development of versatile, reliable and sensitive Thermoanalytical instruments for material research, development, quality control and failure analysis. Our broad application know-how is transferred to our customers by means of demonstration or contract testin more

Netzsch-Condux Mahltechnik GmbH, Germany

Manufacturer of grinding machines, fine-milling machines as well as finest classifiers for processing of dry products coming from the chemical and pharma industry, food stuff industry as well as mineral branche. more

NETZSCH-Feinmahltechnik GmbH, Germany

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Products Netzsch

High temperature, high force & high precision

This newly developed instrument can analyze the thermomechanical properties of samples with a length of 30 mm under a force of up to 3 N more

The vacuum-tight thermo-microbalance for highest demands

The new TG 209 F1 Libra® unites extreme flexibility and outstanding performance in one instrument more

Peak performance on thermal expansion measurements up to 2000°C

This dilatometer meets all your measurement needs for determining thermal length changes for solids, melts, powders, pastes or liquids more

Videos Netzsch

The most versatile DSC system for research & development, quality assurance, failure analysis & process optimization

All of the essential functional modules are integrated into the instrument, and any desired extensions can be added on location at any time. Exchangeable Sensors τ-Sensor:Advantage: High calorimetric sensitivity with exceptionally small signal time constants Your benefit: Perfect separation of ther more

High temperature, high force & high precision

Thermomechanical analysis is a widely used tool to investigate expansion, shrinkage or softening of samples under a defined load. Applications range from polymer analysis to the field of ceramics and glasses. The newly developed TMA 402 Hyperion® accommodates samples up to 30 mm long, whose thermome more

The vacuum-tight thermo-microbalance for highest demands

The new TG 209 F1 Libra® unites extreme flexibility and outstanding performance in one instrument. Faster and more comprehensive characterization of materials Based on over 50 years of experience in thermogravimetry, NETZSCH has developed the thermobalance TG 209 F1 Libra®. This instrument allows fo more

News Netzsch

• NETZSCH to Supply SpaceX’s Thermal Analysis Laboratory

  NETZSCH Instruments North America, LLC announced that it is currently the sole supplier to Space Exploration Technologies Corp. (SpaceX) of high temperature thermal analysis instruments used to characterize material properties for space applications. The instruments will be used to fine tune propert more

• Netzsch Acquires Bruker’s Thermal Analysis Instruments Business in Japan

  The Netzsch Analyzing & Testing division and Bruker Corporation announced jointly that Netzsch Japan K.K. has acquired Bruker’s Thermal Analysis instruments business in Japan.  Together with the well-established international Netzsch group, Netzsch Japan will further develop, produce, distribute and more

• Thermal Properties of Ceramics at a Glance
  

  For targeted applications involving ceramic materials, precise knowledge about thermal properties is essential. These values can often be determined by means of Thermal Analysis methods. The new poster “Thermal Properties of Ceramics” offers the following important values at a glance: melting temper more

White papers Netzsch

• Battery Cycling
  

  Lithium Ion is becoming the technology choice for HEV, PHEV, as well as many stationary applications. With such large battery packs it is important to understand how the individual cells and packs will behave in a variety of scenarios. One of the main drawbacks for Lithium Ion cell technology is the potential for thermal runaway more

• Thermal Properties of Polymer Materials at a Glance!
  

  In the manufacturing and processing of thermoplastics, elastomers, rubbers and thermosetting materials, knowledge of their thermal properties is very important. Various thermal analysis methods are employed by manufacturers, processors and users in areas such as materials development, incoming goods inspection and quality assurance more

• Battery Safety (thermal runaway)
  

  Lithium ion battery technology offers many advantages in portable power application but one major concern is safety – thermal runaway of the device in both normal and abusive situations. In the following article, it will be shown that by means of adiabatic calorimetry, it is not only possible to test single components but also complete lithium ion batteries. From this information batteries can be evaluated for their hazards potential, but more importantly, these tests can be used to design inherently safer cells, providing key design information during the development process – reducing development costs and increasing product safety more

Publications Netzsch

• Extended Defects in Semiconductors

  Abstract This issue of physica status solidi (c) is dedicated to papers submitted during the 2012 International Conference on Defects in Insulating Materials (ICDIM 2012), which was held in Santa Fe, NM USA on June 24–29, 2012. ICDIM 2012 is the 18th edition of a series that began in 1956 at Arg more

• Coefficient of thermal expansion evolution for cryogenic preconditioned hybrid carbon fiber/glass fiber-reinforced polymeric composite materials

  Polymeric matrix composites are susceptible to degradation and material properties changes if subjected to low-temperature environmental conditions. This paper attempts to present a study on effective coefficient of thermal expansion for various hybrid carbon fibers/glass fibers polymeric composite more

• Investigation of polymers by a novel analytical approach for evolved gas analysis in thermogravimetry

  Abstract   A newly developed measurement technique for evolved gas analysis in thermogravimetry, viz. a thermo balance coupled to comprehensive gas chromatography/single photon ionization mass spectrometry (TG–GC × SPIMS), has been applied to investigate the thermal degradation of two polymers ( more

Websites Netzsch