1700℃ High Temperature Box Furnace (3.4L)
1. Our high temperature laboratory furnace achieves stable heating from room temperature to ultra-high temperatures (1700°C).
2. This high temperature laboratory furnace utilizes an intelligent temperature control system, minimizing temperature fluctuations and ensuring consistent experimental results.
3. Our high temperature laboratory furnace utilizes a double-layer structure, with the outer layer maintaining a low temperature for safer operation.
- Shenyang Kejing
- Shenyang, China
- 10 working days
- 50 sets
- Information
Introduction of High Temperature Laboratory Furnace:
The KSL-1700X-A1 vacuum box furnace is a high temperature laboratory furnace. It utilizes silicon-molybdenum rods as heating elements, a double-shell structure, PID programmable temperature control, and a B-type thermocouple. The high temperature box furnace utilizes high-purity alumina fiber. Its maximum temperature can reach 1700°C, and it can operate continuously at 1600°C with a temperature control accuracy of ±1°C. The high temperature box furnace offers advantages such as uniform temperature distribution, low surface temperature, and energy efficiency. This vacuum box furnace is suitable for high-temperature sintering, metal annealing, and quality inspection in universities, research institutes, and industrial and mining enterprises.
Main Features of the Vacuum Box Furnace:
· The maximum temperature of the vacuum box furnace reaches 1700°C.
· The vacuum box furnace utilizes a double-shell structure with an air cooling system to ensure that the shell surface temperature does not exceed a certain level.
· The vacuum box furnace can be powered off by opening the door, ensuring safe operation.
Technical Parameters of the Vacuum Box Furnace:
| Model | 1700°C High Temperature Box Furnace (3.4L) KSL-1700X-A1 |
| Operating Principle of High temperature laboratory furnace | A High temperature box furnace uses electric current to heat the heating elements within. A thyristor (SCR) is used for circuit control, and a temperature sensor (thermocouple) monitors the furnace temperature. The temperature measured by the thermocouple is fed back to the temperature control instrument. The intelligent temperature controller allows for a programmable heating process (heating rate). The instrument collects the furnace temperature signal fed back by the thermocouple and uses PID control to output an appropriate voltage signal. The trigger receives the output signal from the instrument and controls the current output of the thyristor. |
| Technical Parameters of High temperature box furnace | Power Supply of Vacuum box furnace: AC 220V/50Hz Rated Power of Vacuum box furnace: 4kW Heating Zone Dimensions: 150mm L * 150mm W * 150mm H Temperature: Maximum Operating Temperature: 1700°C (≤ 30 minutes) Long-Term Operating Temperature: ≤ 1600°C Heating Rate: ≤ 10°C/min (≤ 1400°C) ≤ 5°C/min (1400-1600°C) ≤ 2°C/min (> 1600°C) Heating Element: Silicon-Molybdenum Rods (4 pieces) Thermocouple: Type B Double Platinum-Rhodium Thermocouple |
| Temperature Control System | · Includes a YD858P temperature controller. · PID automatic temperature control system. · Intelligent 50-segment programmable control. · Temperature control accuracy: ±1°C. · Default DB9 PC communication port. · MET certified. · Optional PC temperature control software (for the YD858P series controller) for controlling heating curves and exporting data. |
| Furnace Structure | · The inner furnace chamber is coated with a high-temperature aluminum oxide coating imported from the United States, which improves reflectivity and heating efficiency, while also extending the instrument's lifespan. · Overheat and burnout protection, along with a door-opening power-off function, are included. Double-shell construction with an air-cooling circulation system between the two shells. · Dual-sided heating within the furnace ensures rapid heating and uniform temperature distribution. · The furnace door is equipped with a safety limit switch and a protective latch to prevent accidental opening and explosion. |
| Product Specifications | Furnace door closed: 540mm (length) * 530mm (width) * 750mm (height) Furnace door open: 570mm (length) * 980mm (width) * 750mm (height) Net weight: 120kg |
| Compliance | CE Certified, UL or CSA certification is available at extra cost. |
Warranty Period of :
The product has a one-year warranty (excluding seals, heating elements, and furnace tubes).
High temperature box furnace cleaning methods:
It is not recommended to use hard materials to clean a vacuum box furnace, as this can scratch the furnace surface and affect its performance and lifespan. The correct cleaning method is to use a soft, absorbent cloth or sponge to avoid scratching the furnace surface. In addition, use a specialized cleaning agent, tailored to the furnace material and the type of dirt. These cleaning agents generally have strong cleaning power and are non-corrosive to the furnace material, thus extending the lifespan of the vacuum box furnace to a certain extent.
In addition to daily cleaning, it is recommended to regularly clean the high temperature laboratory furnace, including the furnace chamber, heating elements, and control system. This helps maintain the overall performance and extend the lifespan of the high temperature laboratory furnace.
For more detailed cleaning, maintenance, and servicing information, please contact our customer service team. We welcome your inquiries.
Why choose our High temperature laboratory furnace?
Our company has many years of experience in the industry and offers comprehensive pre-sales and after-sales service. Every industry, and even every small experiment, has its own unique characteristics, requiring different types of heating furnaces. While ensuring product quality, we have designed a variety of High temperature tube furnaces and High temperature box furnaces. These furnaces offer varying capacities, temperatures, and heating surfaces. We hope to find one that perfectly suits your specific needs. Furthermore, we hope to become your partner, jointly exploring new markets and building new partnerships in the materials preparation industry.
