Equipment Overview
This system is designed for corrosion testing of high-efficiency gas turbines, alloys, and oxides in a high-temperature steam pressurized atmosphere for the purpose of environmental characterization and durability testing.
A high-temperature electric furnace is housed in a pressure chamber, and an air compressor is used as a pressure source to introduce a constant flow rate into the pressure chamber from a mass flow controller, enabling pressurized heat treatment under steam addition conditions.
| Equipment Specifications | |||
| Heating chamber dimensions | 140mm dia. x 500mm H | ||
| Furnace opening dimensions | 115mm dia. | ||
| Rated capacity | Furnace body | 1zone | 1φ 42A 5.05kW |
| 2zone | 1φ 42A 5.05kW | ||
| Auxiliary heater | 1zone | 1φ 100V 1.0kW | |
| 2zone | 1φ 100V 0.25kW | ||
| Maximum temperature | 1500°C | ||
| Normal temperature | 1500°C | ||
| Heating element | Molybdenum disilicide (Mosi2) | ||
| Sheath heater 2 pcs. | |||
| Thermocouple | R 2 pairs for control, K 3 pairs for measurement 9 pairs for measurement | ||
| Coating | N-3 | ||
| Atmosphere specification | |||
| Type | Atmosphere Water vapor (max 30vol%) | ||
| Pressure | Max 0.96MPa （Class 2 pressure vessel) | ||
| Pressurization method | High-pressure air from compressor is introduced by mass flow controller and pressure is controlled by back pressure valve. | ||
| Others | Dew point meter, can wall dew condensation detector, etc. | ||
Specifications are subject to change without notice due to improvement.
Other specifications are also available.