Material Testing
- Tensile and compressive strength
- Technical cleanliness
- Compounding from elastomers and plastics
- Determination of rheological data
- Analytics and damage analysis
- Compounding for plastics
- Twin screw extruder for compounding
- Throughput up to 40 kg/h
- Injection molding machine for the production of test specimens
- Melt flow index tester (MFI)
- Compounding for elastomers
- Internal mixer with 1.5 liter volume
- Rolling mill
- For the production of blends/development mixtures in laboratory quantities
- Rheometer
- Laboratory press
- Analytical
Infrared spectroscopy (IR) - Dynamic mechanical analysis (OMA)
- Thermogravimetric analysis (TGA)
- Dynamic scanning analysis (DSC)
- X-ray fluorescence analysis (XRF)
- Microscopy
Systematics of dynamic mechanical analysis (OMA)
The OMA or DMTA is used to determine elastic-viscous characteristic values, i.e. the consistency as a function of temperature [° C] and vibration [Hz] (dynamic load).
The main application of the OMA is the determination of glass interfaces, the dynamic characteristic values E', E" tan /1 and dimensional changes.
Thermogravimetric analysis (TGA) system
The TGA, also known as a thermobalance, provides a weight value in correlation with temperature and time.
The main application is the analysis of mixture components and the detection of incorrect weights and incorrect mixtures.
Systematics of dynamic scanning calorimetry (DSC)
DSC is used to determine thermal effects that occur or are released during a material transformation.
(physical or chemical nature)
The main application of DSC is the determination of melting point [Tm], glass temperature [Tg], specific heat capacities and oxidative ageing effects.
Ozone test chamber Manufacturer: Argentox
- Temperature range: -5 °C to 90 °C
- Relative humidity 15-90 % (temperature-dependent) With dynamic test device for 8 samples
- One sample holder has a load cell with 0.8 kN
- Technical cleanliness
- Analytical rinsing station
- Checking the cables for soiling
- Flushing pressure max. 10 bar (depending on cross-section)
- Pump delivery rate max. 9 l/min (depending on cross-section)
- Permanent filter system in the rinsing circuit: 100 µm-1 0 µm-1 µm
- Technical cleanliness
- Safety cabinet for cleanroom applications
- Class 2 according to DIN 12950 Part 10
- Filter performance 99.999 % at 0.3 µm particle size
- Analytical
Infrared spectroscopy (IR) - Dynamic mechanical analysis (OMA)
- Thermogravimetric analysis (TGA)
- Dynamic scanning analysis (DSC)
- X-ray fluorescence analysis (XRF)
- Microscopy