INNOVATIVE TESTING SOLUTIONS
Discover the power of reliable results and quality devices with Cormet's corrosion testing and research instruments.
LOADING DEVICES
Cormet offers a variety of loading devices for different types of stress tests, including stress corrosion cracking (SCC), sulphide stress cracking (SSCC), hydrogen-induced cracking (HIC), fracture mechanical, and fatigue studies.
The most popular loading devices are a PC controlled electromechanical loading device, PLC controlled loading devices and proof rings.
LOADING DEVICE OPERATION ENVIRONMENTS
The loading devices can be operated in ambient, high temperature and high temperature high pressure environments.
RECIRCULATION LOOPS AND CONTROLLED FLOW INSTRUMENTS
Recirculation loops are used to create a representative and reproducible testing environment. Loops heat and pressurise the water flow, monitor and adjust the water chemistry parameters and regenerate water chemistry.
Controlled-flow laboratory tests are performed to study flow assisted corrosion (FAC) and erosion-corrosion phenomena, to select inhibitors and to study the effect of mass-transfer phenomena on material’s electrochemical properties.
ACCESSORIES
Various kinds of supporting instruments are needed in corrosion, mechanical and electrochemical testing.
OIL AND GAS INDUSTRY APPLICATIONS
Materials are exposed to aggressive environment containing acids, chlorides, H2S and CO2 in many oil and gas industry, chemical industry and refinery applications. Cormet supplies all the instruments needed for the corrosion and inhibitor testing purposes.
HYDROGEN APPLICATIONS
Hydrogen is extensively used as an energy storage medium in power generation and transportation industry related applications. Hydrogen economy poses challenges for materials and operation safety. Cormet provides several kinds of instruments for the material testing in hydrogen environment.
Product Spotlight
Welcome to Cormet's advanced H2S corrosion laboratory built for one of our customers. This state-of-the-art facility specializes in Hydrogen Induced Cracking (NACE TM0284) testing and Sulfide Induced Stress Cracking (NACE TM0177 Methods B and C) testing.
The testing methods include Four Point Bending (FPB) and C-ring tests, ensuring accurate evaluation of SSC behaviour. With a draft cabinet, H2S neutralization, and precise gas dosing tools, our laboratory provides representative and reproducible testing conditions. Join us on this virtual tour to witness our commitment to excellence in testing and reliability.
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Koivulehdontie 4
FI-01510 Vantaa, Finland
+358 9 566 09 50
+358 9 566 09 555