top of page

Industry Testing Standards

NACE TM0284

HIC Cabinets

Cormet builds instruments needed for HIC tests according to NACE TM0284.

Laboratories

Cormet can provide large testing entities and entire laboratories for its customers. 

Testing Systems For CO2 , H2S, And Refinery Environment Applications

Carbon capture and storage (CCS) and oil refinery-related applications are challenging.

NACE TM0177

HIC Cabinets

Cormet builds instruments needed for HIC tests according to NACE TM0284.

Proof Rings

Constant load tests using tensile specimens are conventional tests for the evaluation of a material’s susceptibility to SSC and SCC. 

Four Point Bending Frames

The four point bending frame (FPB) operation is introduced in NACE TM0177 Method B, NACE TM0316 and ASTM G39.

NACE TM0316

Four Point Bending Frames

The four point bending frame (FPB) operation is introduced in NACE TM0177 Method B, NACE TM0316 and ASTM G39.

NACE TM0198

PC Controlled Loading Devices

Cormet’s workhorse for SCC tests is a PC operated electromechanical loading device.

Ambient Environment

A glass cylinder cell typically has a specimen holder in the testing cell, with polymer lids.

High-Temperature High-Pressure Environment

An electromechanical loading device can be integrated with a pressure vessel. 

Testing Loops

Recirculation loops are used in laboratories to simulate a field operating environment, for example, in power plants, pipelines, steam turbines, supercritical water and CO2 and deep sea applications, etc. 

ASTM G184

Rotating Cage Instruments

Rotating electrodes are the most widely used controlled-flow lab instruments.

ASTM G44/ASTM G39

PLC Controlled Loading Devices

PLC controlled loading devices are used in applications where constant load tests or step-wise constant load or constant strain tests are performed.

ASTM G148

Hydrogen Permeation Instrument

The electrochemical hydrogen permeation technique was introduced by Devanathan and Stachurski in 1962.

ASTM E399

PC Controlled Loading Devices

Cormet’s workhorse for SCC tests is a PC operated electromechanical loading device.

High-Temperature High-Pressure Environment

An electromechanical loading device can be integrated with a pressure vessel. 

Testing Loops

Recirculation loops are used in laboratories to simulate a field operating environment, for example, in power plants, pipelines, steam turbines, supercritical water and CO2 and deep sea applications, etc. 

DCPD

Cormet’s reverse current direct current potential drop (DC PD) is used for monitoring the crack-growth rate of CT and SENB specimens.

LVDT

LVDT (Linear Variable Differential Transformer) is an essential tool for accurate strain measurement at the specimen's test section.

ASTM E606

PC Controlled Loading Devices

Cormet’s workhorse for SCC tests is a PC operated electromechanical loading device.

High-Temperature High-Pressure Environment

An electromechanical loading device can be integrated with a pressure vessel. 

LVDT

LVDT (Linear Variable Differential Transformer) is an essential tool for accurate strain measurement at the specimen's test section.

ASTM E647

PC Controlled Loading Devices

Cormet’s workhorse for SCC tests is a PC operated electromechanical loading device.

High-Temperature High-Pressure Environment

An electromechanical loading device can be integrated with a pressure vessel. 

Testing Loops

Recirculation loops are used in laboratories to simulate a field operating environment, for example, in power plants, pipelines, steam turbines, supercritical water and CO2 and deep sea applications, etc. 

DCPD

Cormet’s reverse current direct current potential drop (DC PD) is used for monitoring the crack-growth rate of CT and SENB specimens.

ASTM F1624

PC Controlled Loading Devices

Cormet’s workhorse for SCC tests is a PC operated electromechanical loading device.

bottom of page