MAIN EQUIPMENT
We work with State-of-the-art Equipment
DLS (Dynamic Light Scattering)
Dynamic Light Scattering Ultra Zetasizer multi-angle. The only one in the market with MADLS technology: allows extremely improved resolution and particle concentration calculation. This equipment allows performing Stability and Particle Size tests.
Tensiometer (with Wilhelmy plate)
Sigma 701 Tensiometer: The only equipment of its class with a 0.005 mg resolution. Allows automatic and rigorous Surface Tension/Interfacial/CMC tests.
Rheometer
Kinexus Lab+ Rheometer: Rheometer with the best inertia reduction of the market within its segment, and greater range of normal strength, to obtain very high accuracy results. This equipment allows Viscosity and Elasticity analysis.
Press
Specially designed Press to produce various dimensions specimens (up to 25 x 25 cm). This equipment allows rigorous temperature control.
Contact Angle
Contact Angle meter that uses sophisticated analysis algorithms and ensures highly reliable results. This equipment measures the static and dynamic contact angle and surface free energy. Awarded “Best of the Best” in 2020.
UV-VIS spectrophotometer
This high-performance dual-beam UV-VIS spectrophotometer allows photometric measurements, spectrum scanning, quantitative determination, three-dimensional spectrum, and kinetic measurements.
Oxitop
Well-established equipment for the biochemical oxygen deficiency determination. Oxitop is used to determine biodegradability according to the OECD/microbiology – laboratory procedure in line with DIN ISO 29 408 / ISO 9408 / OECD 301 F. Ensures safe results and allows for different volumes and temperatures.
SERVICES
Analyses We Provide
– Viscosity vs applied voltage
– Viscosity vs time
– Viscosity vs temperature
2.Oscillatory tests:
– In function of temperature
– In function of Time
3.Probe tests:
– Force control applied in the sample
– Probe height penetration control in the sample
Particle size determination (nm range) in a temperature range
Concentration calculation
Interfacial/superficial tension determination
Emulsification indices
Microstructure and elemental chemical composition (SEM-EDS)
Chemical composition
Vibrational spectra
Thermal behavior in inert atmosphere (nitrogen)
Particle size distribution
Mixture optimization
Diffractogram of samples with crystalline/semi-crystalline structure
Distribution maps of the chemical elements of a sample
LASER Cutting
Tg determination in multifrequency
Mixture miscibility studies
Creep and Relaxation Tests (analyses between -160ºC and 500ºC)
(THF) – triple-depting system
(DMF) – triple-depting system
(H₂O) – IR detector system
Refraction index determination
UV samples exposure
Surface free energy determination