Corrosion Tester

The corrosion tester is used to evaluate the corrosion resistance of a material in particular environments that can physically or chemically alter the material. This equipment can simulate the general corrosive environment, as well as the primary system environment of a pressurized water reactor at high temperature and pressure in a nuclear power plant, the turbine environment of a thermal power plant, and even the saltwater and high-temperature gas environment where serious damage can be caused to materials.

Features

Autoclave for safe experiments with the conditions of a nuclear (350°C, 15 MPa) or thermal (600°C, 25 MPa) power plant
Diverse heating systems to meet the temperature requirements for hot steam oxidation corrosion (Max: 1,300°C) (using an IR Lamp, furnace, etc.)
High-temperature hydrogen corrosion tester
Experiments available in a hydrogen environment at 600°C, 20 Mpa.
High-temperature gas corrosion tester
Experiments available with very corrosive gases such as H₂S, CO, or NOx
Tester customization for different experimental conditions

Specifications

제품사양 전자 기계식,정적 유압식에 관련된 표
	Primary system condition of nuclear power	Condition of thermal power	Nuclear power fuel rod condition	CO2 high-temperature corrosion
Temperature	Max. 350℃ (Option: 600℃ or more)	Max. 600℃ (Option: 1,300℃ or more)	Max. 1,200℃	Max. 400℃ (Option: 600℃ or more))
Pressure	Max. 15 MPa (Option: 25 MPa)	Max. 25 MPa	Max. 20 MPa	Max. 25 MPa
Atmosphere	N/A	N/A	N/A	CO2
Vacuum	N/A	N/A	2*10^-6 torr	N/A
Electrical conductivity	0.02 ~ 2,000 mS/m (Resolution: ±1% )	0.02 ~ 2,000 mS/m (Resolution: ±1% )	N/A	N/A
DO	0 ~ 20 ppb (Resolution: 0.1)	0 ~ 20 ppb (Resolution: 0.1)	0 ~ 20 ppb (Resolution: 0.1)	N/A
pH	1.0 ~ 11.0 pH (Resolution: 0.1)	1.0 ~ 11.0 pH (Resolution: 0.1)	1.0 ~ 11.0 pH (Resolution: 0.1)	N/A
DH	0∼80 cc/kg (Adjustable)	0∼80 cc/kg (Adjustable)	N/A	N/A