Cortest offers Hydrogen Induced Cracking (HIC) test tank designs that can be used to study the corrosive and embrittling effects on metal samples in hydrogen enriched aqueous environments such as those in H2S/Sour Service Applications.
HIC tanks are suitable for samples specified in NACE TM0284 as well as 3 and 4 Point Bend Fixtures specified in both NACE TM0177 and ASTM G39. Rectangular and Cylindrical models can be designed to accommodate any desired volume.
HIC tanks are typically used for ambient temperatures and pressures but can be provided with environmental control coils to allow testing from 0°C to 40°C – with alternative designs available for higher temperature testing.
Test tanks are designed so that they may be installed in any Cortest Fume Hood or any standard laboratory fume hood. Systems in laboratory fume hoods can be paired with gas selection and flow control enclosures for complete solutions.
Hydrogen Induced Cracking Test Tanks
More Info
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TEST METHOD
NACE TMO284
ASTM G39MATERIAL OF CONSTRUCTION
POLYPROPYLENE, PVC, OR GLASS
CAPACITIES UP TO
55 LITERS
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Materials of Construction
-Polypropylene or PVC Body Construction
Features
-Acrylic Lid with O-Ring Seal
-Capacities Up to 55 Liters
-Quick-Disconnect Fittings for Simplified Access
-Optional C-276 Environmental Control Coil
Custom Porting
-NPT
-pH Probe
Coupon Holder Options
–3-Point Bend Fixtures – NACE TM0177, Method B
–4-Point Bend Fixtures – ASTM G39
–4-Point Bend Fixtures – NACE TM0316
-Specimen Rack – NACE TM0284 Samples
-DCB Specimen Rack – NACE TM0177, Method D
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-Stress Corrosion Cracking – NACE TM 0177 Method B
-Pipeline and Pressure Vessel Material Samples – NACE TM0284
-Long/Short Term Environmental Exposure Testing
-Microbiologically Influenced Corrosion (MIC) Studies
-Electrochemical Studies
-Performance Evaluation of Coatings
-3 and 4 Point Bend Fixtures – ASTM G39
