RFDA Basic
The RFDA basic is designed for manual impulse excitation measurements at room temperature.
RFDA Professional
Resonalyser
The Resonalyser is designed for analyzing the orthotropic elastic properties (engineering constants: Young’s moduli E1 and E2, Poisson’s ratio ν12 and the in-plane shear modulus G12) of rectangular beams and test plates.
RFDA HT650
RFDA HT1600
The HT1600 furnace is designed to perform impulse excitation measurements at elevated temperatures up to 1600 °C in an air atmosphere or with an inert gasflow (optionally).
RFDA HT1600-RB
The HT1600-RB furnace is designed to perform impulse excitation measurements at elevated temperatures up to 1600 °C in an air atmosphere or with an inert gasflow (optionally) on 2 samples simultaneously.
RFDA HT1600-DS
The HT1600-DS furnace is designed to perform impulse excitation measurements at elevated temperatures up to 1600 °C in an air atmosphere or with an inert gasflow (optionally) on 2 samples simultaneously.
RFDA HT1700
The HT1700 furnace is designed to perform impulse excitation measurements at elevated temperatures up to 1700 °C in an air atmosphere or with an inert gasflow (optionally) on 2 samples simultaneously.
RFDA HTVP1600
The HTVP1600 furnace is designed to perform impulse excitation measurements at elevated temperatures up to 1600 °C in an air, inert or reducing atmosphere.
RFDA HTVP1700C
The HTVP1700C furnace is designed to perform impulse excitation measurements at elevated temperatures up to 1700 °C in an inert atmosphere or up to 1500 °C in vacuum (10-2 mbar).
RFDA LTVP800
The LTVP800 system is designed to perform impulse excitation measurements at temperatures from -50 °C up to 800 °C in vacuum (10-4 mbar).
