Home » Means of aging and analysis

To carry out its research, the CNEP studies, develops and industrializes (in partnership with the devices manufacturers) its own tools to accelerate aging.

Do not hesitate to contact us for more information about our aging possibilities.

SEPAP MHE

SEPAP 12/24

Weather-Ometer

Ventilated ovens

Climate ovens

Stress machine

Thermostatic baths

Accelerated artificial photoaging chambers under anhydrous conditions: SEPAP 12.24 (30), SEPAP MHE (2)
Accelerated artificial photoaging chambers in aqueous conditions: SEPAP 12.24H (3)
Ultra-Accelerated Artificial Photoaging devices: SEPAP 50.24 (2), SEPAP MHE (2)
Environmental Stress Simulation Enclosure: ATLAS CI4000 Weather-O-Meter (1)
Climatic chambers: Vötsch VC 4034 (2), Secasi SLH34 (6)
Aerated drying ovens for the study of thermal aging (including 2 with "vacuum" option): (12)
Reactors for aging by oxidative hydrolysis in a thermoregulated aqueous solution: (7)
Dynamic fatigue tester + DMA: Instron 10KN-Electropuls E10000 (1)

. . .

"The understanding of aging phenomena and the adjustment of the durability of materials require the mastery of sophisticated analysis and characterization techniques."
Roland BOREL
Chairman of CNEP

To meet these challenges, the CNEP is equipped with the most modern means of analysis.

Do not hesitate to contact us for more information on our analysis and characterization possibilities.

FTIR spectroscopy

UV-Visible spectroscopy

Microscopy

Colorimeter and glossmeter

GC-MS

DSC

ATG

Traction

Permeability

Fluorescence X

. . .

Spectrophotometries
FTIR absorption spectrophotometry: transmission, Photo-Acoustic Detection (PAS), μIRTF, ATR (Germanium and Diamond), Imaging mode
Spectrophotometry Raman-TF and Micro Raman-TF
UV-Visible Absorption Spectrophotometry, Micro-spectrofluorimetry, Colorimetry and Spectrocolorimetry, Spectrophotometry, Gloss

Microscopy
Optical Microscopy, Binocular microscope

chromatography
Gel Permeation Chromatography (GPC), Gas Phase, GC, GC / MS / FID Coupling

Thermal Analysis
Differential calorimeter DSC, Thermogravimetry ATG, Muffle furnace

Mechanical properties
Traction, Abrasimeter, Dart-test, Charpy pendulum sheep, Shore A and D durometer

permeability
Permeability to O2, simultaneous permeability to carbon dioxide, oxygen and nitrogen, Permeability to water vapor

Means of characterization
Melt index Rotary gradient viscometer, Karl Fischer

Preparation
Microtome, Cryogenic Microtome, Brabender Mixer, Heated Shelf Press

New acquisition of an energy dispersive X-ray fluorescence device.

Various equipment on the Cézeaux University Campus (UCA - Sigma)
RPE, High Field NMR, Liquid Phase Emission Spectroscopy, HPLC, MEB
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La certification ISO 9001 - 2015

L'ISO 9001:2015 spécifie les exigences relatives au système de management de la qualité lorsqu'un organisme:

a) doit démontrer son aptitude à fournir constamment des produits et des services conformes aux exigences des clients et aux exigences légales et réglementaires applicables, et

b) vise à accroître la satisfaction de ses clients par l'application efficace du système, y compris les processus pour l'amélioration du système et l'assurance de la conformité aux exigences des clients et aux exigences légales et réglementaires applicables.

Toutes les exigences de l'ISO 9001:2015 sont génériques et prévues pour s'appliquer à tout organisme, quels que soient son type ou sa taille, ou les produits et services qu'il fournit.

Obtenir la certification ISO 9001:2015, c’est s’appuyer sur 8 principes de management :
• l’orientation client ;
• l’implication du personnel ;
• l’approche processus ;
• l’amélioration continue ;
• la gestion par approche système ;
• le leadership ;
• la prise de décision fondée sur des preuves ;
• le management des relations avec les parties intéressées.