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Science & Technology Research Institute For Defence
MINISTRY OF DEFENCE MALAYSIA
Distillation at Atmospheric Pressure
To determine the characteristics of the boiling range of petroleum products using an automatic distillation apparatus.
Kinematic Viscosity
To determine the kinematic viscosity of petroleum materials. Viscosity is reported in two different temperatures of 40°C (100°F) or 100°C (212°F).
Measurement of Fuel System Icing Inhibitors (Ether Type)
To determine the concentration rate of Diethylene Glycol Monomethyl Ether (Di-EGME) content in aviation fuel.
Water Reaction
To determine the presence of water components in aviation turbine fuel and the effect of these components on the volume change and on the fuel interface.
Particulate Contamination
Gravimetrically determine the amount of contaminant particles in aviation turbine fuel samples using filtration.
Corrosiveness to Copper from Petroleum Products by Copper Strip Test
To determine the effectiveness of petroleum materials on copper.
Vibration Measurement And Analysis
Measurement and analysis of vibrations on ship structures and machinery.
Noise Level Measurement
Measurement of the noise level (dB) of the environment.
Material Acoustic Properties Test
Measurement of sound absorption coefficients and impedance .
Radiography
Testing on the welding of ship or vehicle structures to identify defects in certain locations, for example welding.
Magnetic Particles
Testing to identify defects on the surface and sub-surface of welding or ferromagnetic materials such as iron , nickel and cobalt .
Dye Penetrant
Testing on the outer surface of the weld to identify defects such as surface cracks .
Thickness Measurement
Measurements to determine the thickness of the hull .
Material Composition Determination (Metal/Alloy)
Determination of material composition by elemental analysis for solid, powder or liquid samples.
Equipment:
- Hitachi Zeeman Atomic Absorption Spectrometer .
- Wavelength Dispersive X-ray Fluorescence Spectrometer (WDXRF) Bruker S4 Pioneer .
Material Microscopic Analysis (Microstructure, Metallurgy)
Analysis of the microstructure of materials through micrographic sample preparation procedures. The analysis aims to identify the type of alloy, material defects, causes of material failure and others.
Equipment:
- Image Analyzer AxioVision.
Topographical Analysis (Confocal LSM)
Material characterization through surface topographic features (example: Corrosion Classification). Using a laser with a specific wavelength to ensure the accuracy of surface observation. Using 2D & 3D imaging.
Equipment :
- Confocal Laser Scanning Microscope (CLSM).
Micro-Hardness Testing (Vickers)
Hardness testing of materials such as metals/alloys, paints, wires and cables.
Material Electrochemical Test & Analysis (Material Corr. Characterization, Electrochemical Impedance Spectroscopy)
A study of the behavior/properties of materials against the action of corrosion in the marine environment.
Material Failure Analysis
Identify the cause of component/material failure in the field and laboratory. Non and Destructive Testing includes Microscopy testing ( microstructure, morphology and topographical testing ), mechanical testing ( hardness, tensile and electrochemical testing ).
Indoor Air Quality (IAQ) Test
Inspection of closed indoor air environment (buildings/vessels) to monitor and guarantee the quality of a healthy environment for workers/members/staff.
Scratch Tester
Material mechanical test: To determine the ability of the coating material or the surface of the modified material against - Scratch resistance ( scratch ), critical load ( brittle & hard coating ), working load ( soft coating ) and adhesion at the coating-substrate interface.
Wear Tester (POD)
Material mechanical test: To determine the material's ability/resistance to friction and the wear rate of the surface of the material/coating.
Accelerated Surface Area & Porosimetry (ASAP) Test
Test: Characterization of the material's surface, porosity, chemical adhesion properties or physical adhesion of the material.
Wear Metal Analysis
Determination of dissolved particles from metal materials in petroleum-based products.
Distillation at Atmospheric Pressure
To determine the characteristics of the boiling range of petroleum products using an automatic distillation apparatus.
Kinematic Viscosity
To determine the kinematic viscosity of petroleum materials. Viscosity is reported in two different temperatures of 40°C (100°F) or 100°C (212°F).
Measurement of Fuel System Icing Inhibitors (Ether Type)
To determine the concentration rate of Diethylene Glycol Monomethyl Ether (Di-EGME) content in aviation fuel.
Water Reaction
To determine the presence of water components in aviation turbine fuel and the effect of these components on the volume change and on the fuel interface.
Particulate Contamination
Gravimetrically determine the amount of contaminant particles in aviation turbine fuel samples using filtration.
Corrosiveness to Copper from Petroleum Products by Copper Strip Test
To determine the effectiveness of petroleum materials on copper.
Vibration Measurement And Analysis
Measurement and analysis of vibrations on ship structures and machinery.
Noise Level Measurement
Measurement of the noise level (dB) of the environment.
Material Acoustic Properties Test
Measurement of sound absorption coefficients and impedance .
Radiography
Testing on the welding of ship or vehicle structures to identify defects in certain locations, for example welding.
Magnetic Particles
Testing to identify defects on the surface and sub-surface of welding or ferromagnetic materials such as iron , nickel and cobalt .
Dye Penetrant
Testing on the outer surface of the weld to identify defects such as surface cracks .
Thickness Measurement
Measurements to determine the thickness of the hull .
Material Composition Determination (Metal/Alloy)
Determination of material composition by elemental analysis for solid, powder or liquid samples.
Equipment:
- Hitachi Zeeman Atomic Absorption Spectrometer .
- Wavelength Dispersive X-ray Fluorescence Spectrometer (WDXRF) Bruker S4 Pioneer .
Material Microscopic Analysis (Microstructure, Metallurgy)
Analysis of the microstructure of materials through micrographic sample preparation procedures. The analysis aims to identify the type of alloy, material defects, causes of material failure and others.
Equipment:
- Image Analyzer AxioVision.
Topographical Analysis (Confocal LSM)
Material characterization through surface topographic features (example: Corrosion Classification). Using a laser with a specific wavelength to ensure the accuracy of surface observation. Using 2D & 3D imaging.
Equipment :
- Confocal Laser Scanning Microscope (CLSM).
Micro-Hardness Testing (Vickers)
Hardness testing of materials such as metals/alloys, paints, wires and cables.
Material Electrochemical Test & Analysis (Material Corr. Characterization, Electrochemical Impedance Spectroscopy)
A study of the behavior/properties of materials against the action of corrosion in the marine environment.
Material Failure Analysis
Identify the cause of component/material failure in the field and laboratory. Non and Destructive Testing includes Microscopy testing ( microstructure, morphology and topographical testing ), mechanical testing ( hardness, tensile and electrochemical testing ).
Indoor Air Quality (IAQ) Test
Inspection of closed indoor air environment (buildings/vessels) to monitor and guarantee the quality of a healthy environment for workers/members/staff.
Scratch Tester
Material mechanical test: To determine the ability of the coating material or the surface of the modified material against - Scratch resistance ( scratch ), critical load ( brittle & hard coating ), working load ( soft coating ) and adhesion at the coating-substrate interface.
Wear Tester (POD)
Material mechanical test: To determine the material's ability/resistance to friction and the wear rate of the surface of the material/coating.
Accelerated Surface Area & Porosimetry (ASAP) Test
Test: Characterization of the material's surface, porosity, chemical adhesion properties or physical adhesion of the material.
Wear Metal Analysis
Determination of dissolved particles from metal materials in petroleum-based products.
For more detailed information, please contact:
Mrs. Noor Shahida Binti Azmi
Phone: 605-6810 602
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