Our engineering expertise in heating systems, atmosphere control, mechanical transfer systems, automation, and regulation enables us to provide a solution perfectly tailored to your needs. Discover our cyclic fatigue and creep test bench under high pressure up to 800°C.
We adapt to your requirements by offering a wide range of models designed for research laboratories as well as industrial production.
All our equipment is CE-compliant and manufactured using materials that meet current regulations.
| Caractéristiques (Fr) | Specifications (Eng) | |
|---|---|---|
|
Atmosphère de travail Process |
Atmosphère contrôlée (gaz oxydant, neutre, hydrogène/réducteur) Sans gaz process |
Controlled atmosphere (oxidising, neutral, hydrogen/reducing gases) |
|
Application Application |
Fluage Fatigue sous haute-pression |
Creep |
|
Cycle de fatigue sous haute pression |
4 cycles par minute maxi |
4 cycles per minute max |
|
Température Maximale Maximum temperature |
800°C |
800°C |
|
Vitesse de montée en température Heating rate |
Jusqu’à 300°C/h |
Until 300°C/h |
|
Pression de travail Operating pressure |
Jusqu’à 800 bar |
Until 800 bar |
|
Type d’élément chauffant Heating element type |
Métallique |
Metallic |
|
Régulation et Mesure de la température Temperature Control and Measurement |
Thermocouple et pyromètre optique |
Thermocouple et pyromètre optique |
|
Diamètre utile du tube échantillon |
De 9 à 25 mm |
From 9 to 25 mm |
|
Capteurs de déplacement |
Extensomètre ou optique |
Extensometer or optical |
|
Supervision |
Logiciel AET Technologies pour le pilotage en temps réel et la gestion des essais (acquisition et enregistrement des données) |
AET Technologies Software for real-time control and tests management (data acquisition and recording) |
We are able to offer our clients an end-to-end approach thanks to our technical skills and the experience of our teams.
A unique and advanced technological solution dedicated to the oxidation phase involved in the manufacture of VCSELs
