Product Description:
The 1100℃ Vacuum Resistance Furnace, is a perfect heat treatment solution for various thermal processing needs within low vacuum, reducing, and protective atmospheres. This advanced vacuum resistance furnace utilizes a high-quality resistance wire as its heating element and features a durable double-layer shell structure for enhanced insulation and safety.
Equipped with a sophisticated 40-segment programmable temperature control system, the 1100℃ Vacuum Resistance Furnace ensures precise and consistent temperature management throughout the heating process. The advanced phase-triggering and silicon-controlled technology guarantee efficient operation while maintaining optimal temperature uniformity within the furnace chamber.
The furnace is constructed using aluminum oxide polycrystalline fiber materials, which not only contribute to its lightweight but also enhance thermal efficiency. Designed for versatility, this vacuum resistance furnace is ideal for heat treatment of metallic materials and specialized materials, making it a preferred choice for universities, research institutions, and industrial enterprises engaged in vacuum sintering and atmosphere-protective sintering processes.
Key features include:
- A water-cooling system installed at the furnace door, ensuring safety and prolonging equipment life.
- Multiple gas inlet ports for controlled atmosphere processes, with the ability to introduce gases such as hydrogen, argon, nitrogen, oxygen, and carbon monoxide.
- Capability to achieve a vacuum level of up to 5 Pa, making it suitable for a wide range of applications.
- Exceptional temperature field balance, reduced surface temperature, rapid heating and cooling rates, and energy-saving design.
The 1100℃ Vacuum Resistance Furnace is an ideal product for a variety of heat treatment applications, embodying excellence and efficiency in every aspect of its operation.
Parameter of the The 1100℃ Vacuum Resistance Furnace
| Max.work termperature | 1100℃ | 1100℃ | 1100℃ | 1100℃ |
| Rate work temperature | 1000℃ | 1000℃ | 1000℃ | 1000℃ |
| Temperature Control accuracy | ±1℃ | ±1℃ | ±1℃ | ±1℃ |
| Work size（mm）（D×W×H） | 200×150×150 | 300×200×200 | 300×250×250 | 400×300×300 |
| Heating element | Resistance wire | Resistance wire | Resistance wire | Resistance wire |
| Cold ultra vacuum | 5pa | 5pa | 5pa | 5pa |
| pressure rise rate(cold status) | ≦10～20pa/h | ≦10～20pa/h | ≦10～20pa/h | ≦10～20pa/h |
| Power | 4KW | 6KW | 7KW | 8KW |
| Atmosphere | Vacuum /H2,N2,Ar,O2,CO or other gases | |||
Whether you’re in the manufacturing sector or a research facility, our 1100℃ vacuum resistance furnace is an indispensable furnace and one guaranteed option for your heating treatment industry that combines cutting-edge technology with user-friendly operation.
Donot hesitate to Contact us at once for any further information of Sinowin Industry’s industrial&lab furnaces , and we are not only a supplier but a reliable partner to assist you the safe solutions of the heat treatment .
Product Q&A of our 1100℃ Vacuum Resistance Furnace
Q1: What is the maximum temperature that the 1100℃ vacuum resistance furnace can achieve?
A1: The 1100℃ vacuum resistance furnace is capable of reaching a maximum temperature of 1100 degrees Celsius, making it ideal for various thermal treatment processes of metals and special materials.
Q2: What materials is the heating element made of in this furnace?
A2: The heating element of the 1100℃ vacuum resistance furnace is made of high-quality resistance wire, ensuring efficient and uniform heating for optimal thermal processing results.
Q3: How does the vacuum resistance furnace ensure precise temperature control?
A3: This furnace utilizes a sophisticated 40-segment programmable temperature control system, along with phase-triggered control and silicon-controlled rectifier technology. This allows for precise temperature management throughout the entire heating process.
Q4: What are the applications of this furnace in research and industry?
A4: The 1100℃ vacuum resistance furnace is extensively used in various fields including higher education institutions, research institutes, and industrial enterprises for vacuum sintering, atmosphere protection sintering, and reduction sintering processes. Its versatility makes it an ideal choice for handling different materials under low vacuum, reducing, or protective atmospheres.
Q5: What gases can be used within the furnace?
A5: This furnace is equipped with multiple gas inlets and a burner outlet, allowing for the inlet of hydrogen, argon, nitrogen, oxygen, and carbon monoxide. This feature provides flexibility in controlling the atmosphere inside the furnace according to specific material requirements.
Q6: What safety features does the 1100℃ vacuum resistance furnace offer?
A6: The furnace is designed with a water-cooling system at the door to minimize surface temperature and enhance user safety. In addition, the vacuum capabilities, reaching as low as 5 Pa, help maintain safe operational conditions by controlling hazardous gases effectively.
Q7: Can this furnace be used for experimental research purposes?
A7: Absolutely! The 1100℃ vacuum resistance furnace is particularly popular among researchers for experimental applications, providing the controlled environment necessary for accurate and reproducible results in thermal treatments.
Q8: How does the design of the furnace contribute to energy efficiency?
A8: The dual-shell structure and advanced heating technology of the 1100℃ vacuum resistance furnace ensure minimal heat loss and optimized energy consumption, making it an energy-efficient option for laboratories and industrial uses.
Q9: Is there a warranty or customer support available for the furnace?
A9: Yes, we offer a warranty for our 1100℃ vacuum resistance furnace, and our dedicated customer support team is available to assist you with any inquiries or issues you may encounter after purchase, ensuring your complete satisfaction.
Please feel free to consult for any additional questions or specifics related to your requirements for the 1100℃ vacuum resistance furnace.
