Analyses et surface
FrançaisEnglish ANALYSES ET SURFACE TEAM CERTIFICATIONS CONTACT DOWNLOAD
           
     
SKILLS
AS Failure expertise
AS Material studies
AS Foreign bodies characterization (pollution)
AS Non-contact surface topography
AS Studies of material ageing in controlled environment
TECHNICAL MEANS
as Scanning Electron Microscopy & X-Rays Microanalysis
as 3D Digital Microscope
as X-Rays Microtomography
as Glow Discharge Optical Emission Spectrometry
as Vibrational spectrometry
as X-ray diffraction
as Non-contact surface topography measurements
as Laser diffraction particle size analyser
as Microhardness
as Differential Scanning Calorimetry (DSC)
as Salt fog chambers
Salt fog chambers



Principle

A saline solution (prepared with demineralised water and kept in a tank) supplies the chamber. This solution is sprayed under pressure by means of water-saturated-compressed-air. A deflector ensures a homogeneous repartition of the fog in the chamber and prevents from direct contact between the spray and the tested samples.

JPEG - 75.8 ko
DYCOMETAL, SSC-400

JPEG - 72.1 ko
DYCOMETAL, SSC-1000

Technical characteristics

SSC-400
- Capacity (litres) 400
- Height (mm) 800
- Width (mm) 1080
- Depth (mm) 550
- Temperature range : Room T° +5°C < T(°C) < 50°C

SSC1000
- Capacity (litres) 1000
- Height (mm) 900
- Width (mm) 1600
- Depth (mm) 650
- Temperature range : Room T° +5°C < T(°C) < 50°C

Target : Samples’ behavior study under artificial environment.

Application fields :

Test performed according to COFRAC standard : Salt Spray Corrosion Tests (ISO 9227)

Those test are generally performed on metals, metal and organic coatings.

Test performed according to COFRAC standard : Salt Spray Corrosion Tests (ISO 9227)