| Customization: | Available |
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| After-sales Service: | on-Line Service |
| Warranty: | One Year |
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This equipment is specially designed for universities, research institutes and industrial enterprises to conduct oxidation experiments on metal materials under a certain saturated water vapor pressure. It is controlled by PLC and operated through a touch screen. By simply touching, the preset experimental procedures can be initiated. It is particularly suitable for repetitive experiments or standard operation procedures, significantly improving work efficiency.
| Equipment features | 1. Equipped with an electric lifting device, the speed can be adjusted, enabling rapid temperature rise and drop of samples, as well as quenching and cold-hot fatigue experiments under atmosphere protection. 2. Samples are suspended using platinum wire suspensions, which can accommodate the suspension and sintering of samples at 1500ºC. 3. A high-efficiency water vapor generator is provided, allowing oxidation experiments of samples in a saturated water vapor environment. 4. Electric grippers are equipped for easy automatic disengagement of samples, with a maximum clamping force of 40N. 5. The control is stable and reliable, and the operation is convenient. 6. Advanced PID self-learning fuzzy control is adopted, with high temperature control accuracy, maintaining within ±1ºC. 7. The furnace lining is made of high-purity alumina lightweight fiber material, providing better insulation and energy conservation. 8. Data storage function, capable of saving important parameters of sintering for up to 30 days (8 hours of operation per day). 9. Formula function, allowing the pre-storage of over 100 formulas. 10. Multiple safety guard functions, making it safer for customers to use. 11. Networking function, through the RJ45 interface, using TCP/IP protocol, the system can be connected to the upper computer (the upper computer needs to install corresponding software). |
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| Equipment Name | High-Temperature Oxidation Vertical Quenching Furnace | ||
| Max Temperature (Tmax) | 1650°C | ||
| Model | RJ-LTO1700-60TIFN | ||
| Power Supply | 3-phase 380V, 50Hz | ||
| Continuous Temperature | 1100°C (continuous) | ||
| Rated Power | 12 kW | ||
| Steam Generator Power | 800W + 150W (heating tape) | ||
| Temperature Sensor Type | B-type thermocouple (150mm) | ||
| Heating Elements | High-purity silicon molybdenum rods | ||
| Heating Zone Size | 120 × 120 × 500 mm | ||
| Furnace Body Size | L1005 × H2750 × D650 mm | ||
| Furnace Tube Size | Corundum (Al2O3) Φ60 × 1200 mm | ||
| Rising stroke | 700 mm | ||
| Rising speed | 0-140 mm/s | ||
| Steam Temperature Control | 360°C | ||
| Heating Tape Control | 150°C | ||
| Max Evaporation Rate | 10 mL/min | ||
| Gas Inlet Connection | Φ6.35 double ferrule fitting | ||
| Gas Outlet Connection | Φ8mm Tower Connector | ||
| Gas Inlet Method | One-path float flowmeter (0.1-0.8 L/min) | ||
| Quenching Tank Size | Φ129 × 220 mm | ||
| Recommended Heating Rate | ≤10°C/min | ||
| Control System |  |
1. Sintering process curve setting: Dynamically display the setting curve. The equipment can pre-store multiple sintering process curves, and each curve can be freely set. 2. Appointment-based sintering, enabling unmanned operation of sintering process curve sintering. 3. Real-time display of sintering power, voltage and other information, and recording of sintering data, and export for non-paper record keeping. 4. Possesses the function of remote control and real-time observation of equipment status. 5. Temperature correction: The difference between the main control temperature and the sample temperature. Non-linear correction is carried out throughout the sintering process. |
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| Electric lifting device | |
The speed can be adjusted, enabling rapid heating and cooling of the samples, as well as quenching and cold/hot fatigue tests under atmosphere protection conditions. | |
| Platinum necklace chain | |
The platinum wire suspension device can hold the samples and enable the sample sintering at a temperature of 1500ºC. | |
| Steam generator, quenching tankv | |
1. Equipped with an efficient steam generator, it enables the oxidation experiment of samples in a saturated steam environment. 2. The quenching tank - heated to the appropriate temperature and then quickly transferred to the quenching tank. |
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| heating element | |
High-purity silicon molybdenum rod | |
| Temperature accuracy | ±1ºC | ||
| Sealing System | |
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| Vacuum level: 10 Pa (mechanical pump) | |||
| Gas supply system | |
Using mechanical pressure gauges, the outer casing of the gauge is of an airtight structure, which can effectively protect the internal components from environmental influences and foreign object intrusion. At the same time, it has strong corrosion resistance and high-temperature tolerance capabilities. | |
| Preheater for weakly corrosive gases(Optional) | |
The entire body is made of 316L material. It can preheat various gases and corrosive gases, meeting special process requirements. The maximum temperature can reach 600ºC. | |
| Net weight | 260kg | ||
| Equipment Usage Notes | 1. When the equipment is in use, the reading of the Absolute pressure gauge should not exceed 0.15 MPa to prevent damage to the equipment due to excessive pressure; 2. When used under vacuum conditions, the operating temperature of the equipment should not exceed 800ºC. |
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| Service Support | One-year limited warranty, with lifetime support (The warranty does not cover consumable parts such as processing tubes and O-rings.) | ||
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