R&D Testing Department
National Cryogenics is capable of doing several different types of metal and component testing, cryogenic testing, atmospheric testing, etc.
Edmonton,
AB
The following analysis can
be done independently on materials in labs equipped with the following equipment:
- Tribocope - a combination of an atomic force microscope and
a nano-mechanical probe
- Universal micro-tribometer - has the capability to monitor
electrical contact resistance, acoustic emission and frictional force during wear, indentation and scratch tests on micro-scale and macro-scale
- Scanning Kelvin Probe - determines surface electron work
function
- Fischer Scope - Micromechanical probe
- High-temperature air - jet erosion tester
- Electrochemical scratch apparatus - for corrosive wear
studies
- Electrochemical measurement system - for corrosion
studies
- Dry sand/Rubber - wheel abrasion tester
- Slurry-pot erosion tester with temperature
control
- Pin-on-dics wear testers
- Air-jet erosion tester
- Pulse and direct current electrodeposition
system
- Differential scanning calorimetry system
- Bell Jar vacuum melting furnace
- Automated friction measurement
- Laser thermometer
- Computing facilities
Houston,
TX
Mechanical Testing
- Tensile, Bend, Shear, Compression and
Flexural
- Impact -- Charpy or
Izod
- Hardness - Rockwell, Brinell, Micro &
Portables
- Proof Load
- Ring Flattening
Chemical
Testing
- Alloy Identification
- Metals Composition - Ferrous &
Non-ferrous Alloys
- Scales and Deposit
Analysis
- SEM with Light Element EDS
Capability
Metallurgical &
Special Testing
- Coating Testing
- Electron Microscopy
- Corrosion Evaluation
- Heat Treat Analysis
- Grain Size
- Fracture Mode Analysis
- Simulated Environment
- Ferrite Determination
Failure
analysis
- May range from a simple test to a complete
and exhaustive investigation.
- We can study the engineering design,
specification requirements, material, function, service environment, and loads. This information is combined with macroscopic, chemical, corrosion products, and non-destructive evaluations to
determine the failure mechanism.
- Used to:
- Prevent recurrence of
failure.
- Reduce operating
costs.
- Improve safety.
- Extend product life.
- Provide customers with an objective
evaluation.
-
Non Destructive
Testing
- Radiography – x-ray or gamma
ray
- Magnetic Particle Inspection – wet or dry, black on white & fluorescent
- Liquid Penetrant Inspection – visible & fluorescent
- Visual Inspection
- Ultrasonic - flaw detection, thickness and bond testing
- Hardness - Rockwell, Brinell, Micro &
Portables
- Positive Materials
Identification