quenching dilatometer

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quenching dilatometer

Manufacturer: Bähr Model: DIL 805 A-V4

Description: Quench dilatometer with inductive heating system with integrated gas pressure cooling.

Intended use: Determination of transition temperatures. Creation of ZTU diagrams

Technical specifications: Temperature RT up to 1500 °C
Heating rate max 1000K/s
Cooling rate max 1600 K/s
Atmosphere: Vacuum, N2, He, Ar
Test body length max 20 mm

Dilatometer Bähr

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Dilatometer Bähr

Manufacturer: Bähr Model: DIL 805 A/D

Description: Quenching and forming dilatometer

Intended use: Determination of transition temperatures. Creation of ZTU diagrams. Determination of forming parameters.

Technical specifications:
Temperature RT up to 1500 °C
Heating rate max 4000 K/s
Cooling rate max 2500 K/s
Forming force max 25 kN
Forming speed 0.001 - 12.5 s-1

Apparatus for thermal mechanical analysis

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Apparatus for thermal mechanical analysis

Manufacturer: TA Instruments Model: Q400

Description: Thermal-mechanical analysis.

Intended use: Determination of transition temperatures, thermal expansion coefficients.

Technical data: Temperature range: - 60 to + 1000°C Load: 0.001 to 1.0 N Atmosphere: N2 (100 ml/min) Sensitivity: 100 nm (limit of the measured value converter) max. Specimen length 23mm, round or square cross-section (>3mm) Dilatometry Calibration according to ASTM standard method E-831 delta_L/L0 reproducibility: ± 0.01% error in thermal expansion coeff. alpha (L0= 15 mm, delta_T=300 K): ± 0.1 ppm/K

Differential Scanning Calorimetry Device

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Differential Scanning Calorimetry Device

Manufacturer: TA Instruments Model: Q20

Description: DSC analysis (Differential Scanning Calorimetry)

Purpose: conventional DSC analysis

  • increased resolution without loss of sensitivity
  • the separation of complex transitions
  • the direct measurement of heat capacity in a single experiment Oxidative induction temperature/time, (OIT/t in air and oxygen atmosphere) Pressure OIT/t (in air and oxygen atmosphere)

Technical specifications:
Temperature range: -140 to 725°C
Heating rate: 0.5 to 20°C/min
Sensitivity: 0.2µW protective gas atmosphere

Differential Scanning Calorimetry Device

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Differential Scanning Calorimetry Device

Manufacturer: TA Instruments Model: Q2000 and 2500

Description: DSC analysis (Differential Scanning Calorimetry)

Purpose: conventional DSC analysis

  • increased resolution without loss of sensitivity
  • the separation of complex transitions
  • the direct measurement of heat capacity in a single experiment

Technical specifications:
Temperature range: -90 to 550°C
Heating rate: 0.001 to 200°C/min
Sensitivity: 0.2µW Modulated DSC
Tzero Technology Autosampler for 50 samples
protective gas atmosphere

TGA/DSC Mettler Toledo

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TGA/DSC Mettler Toledo

Manufacturer: Mettler Toledo Model: TGA/DSC1

Apparatus for dynamic mechanical analysis

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Apparatus for dynamic mechanical analysis

Manufacturer: TA Instruments Model: Q800 & 850

Description: Dynamic mechanical analysis.

Purpose: Material characterization

Technical specifications:
Temperature range: -145 to 600°C
Thermal Stability: ± 0.1°C above 50°C ± 1°C below 50°C
Load: 0.001 to 18N dynamic
Deformation: ±0.5 to 10,000µm
Resolution: 1nm

Apparatus for dynamic mechanical analysis

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Apparatus for dynamic mechanical analysis

Manufacturer: TA Instruments Model: Ares G2

Description: Dynamic mechanical analysis.

Purpose: Material characterization

Thermogravimetry

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Thermogravimetry

Manufacturer: TA Instruments Model: TGA Q500 & 550

Description: Termogravimetric measurements coupled with a mass spectrometer.

Purpose: Determination of the change in mass as a function of temperature

Technical specifications:
Temperature 25 - 1000 °C
Resolution 0.1 µg

FTIR spectrometer

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FTIR spectrometer

Manufacturer: Bruker Model: Tensor 27

Description: Infrared microscope

Purpose: Examination of solids, pastes, gels and liquids. plastic characterization.

Technical data:
wave number 400 - 4000 cm-1
transmission and attenuated total reflection (ATR)