Introducing the state-of-the-art 1700°C Electric Heat Treatment Furnace! Experience unparalleled precision and efficiency with our Sintering Oven, specifically engineered for Vacuum Atmosphere conditions in laboratory settings. Elevate your research and testing capabilities with this cutting-edge technological marvel.
For inquiries and further information, please visit our contact page: https://samycs.en.made-in-china.com/contact-info.html


Vacuum atmosphere Chamber Type Resistance Furnace:
Introducing the 1700°C Industrial Furnace, a pinnacle in high-temperature engineering, designed as a box-type resistance furnace. This marvel is adept at creating the perfect heat treatment environment essential for industrial applications, research institutes, factories, and advanced industrial laboratories. It stands out by facilitating the exploration and development of cutting-edge new materials such as metals, ceramics, nanomaterials, and semiconductors.
The Vacuum Atmosphere Furnace operates seamlessly under both vacuum and protective atmospheres. It is extensively employed in the heat treatment of carbide, ceramics, and powder metallurgy materials, ensuring precision and excellence. Versatile in its applications, this furnace is ideal for critical processes like quenching, annealing, and brazing. It caters to high-speed steels, alloy abrasives, soft magnetic alloys, and beyond, enhancing material performance and quality.
Vacuum Atmosphere Chamber Features:
1. Experience high performance with a high vacuum chamber furnace employing molybdenum wire as the heating element, reaching peak temperatures of 1700 ºC for optimal results.
Ingeniously crafted with a unique door design, it guarantees safe and convenient operation. Even at high temperatures, it effectively prevents air leakage from the furnace, preserving the integrity of the process.
2. Equipped with a PID microcomputer controller, it offers a user-friendly interface with precise temperature control, ensuring safety and reliability throughout the operation.
The furnace boasts remarkable corrosion resistance, promising enhanced durability and prolonged service life. (Choose between furnace refractory bricks or advanced ceramic fiber for superior performance and efficiency).
3. The exceptional door seal significantly minimizes heat loss, ensuring uniform temperature distribution across the furnace, enhancing process efficiency.
Programmable to perfection, the controller supports 30 customizable procedures, allowing for detailed settings of temperature, time, and heating power cycles. (This feature is integral to our programmable box-type furnace models).
4. The multi-segment programming control simplifies complex testing processes, achieving seamless automatic control and operation for enhanced productivity.
5. Crafted from robust stainless steel, the door liner and panel offer superior resistance to corrosion and high-temperature deformation, ensuring longevity and consistent performance. The program box type furnace incorporates these advanced features to meet diverse operational demands).

Safety:
1. Integrated with a built-in ammeter and dual voltmeters, it facilitates easy monitoring and troubleshooting, ensuring operational efficiency.
2. Equipped with overheat protection, the furnace automatically shuts down if temperatures exceed acceptable ranges or in case of a thermocouple malfunction, as per the controller's manual.
3. The power failure protection feature allows the furnace to resume operations precisely from the point of interruption when power is restored, safeguarding against process disruptions.
4. A microprocessor-based self-tuning PID control optimizes the thermal process, minimizing temperature overshoot, and ensuring superior temperature stability.

1. Temperature Control System:
Featuring a microcomputer PID temperature control instrument, it offers PID parameter self-tuning, manual/automatic no-interference switching, over-temperature alarms, automatic temperature rise, heat preservation, and cessation. With 30 programmable periods, it fulfills continuous constant temperature and meticulous temperature control needs.
2. Heating Element:
Durable U-shaped silicon-molybdenum rods are strategically placed on both sides of the furnace, delivering uniform heating distribution and exceptional performance.
3. Furnace Inside Material:
Engineered with high-quality polycrystalline alumina ceramic fiber material, featuring a one-time molding and patented splicing structure for outstanding hardness and durability. This material, a state-of-the-art lightweight, high-temperature insulation, incorporates Japan's Mitsubishi polycrystalline fibers as its base.
Through wet vacuum filtration molding, it forms polycrystalline inorganic ceramic fibers, renowned for exceptional thermal insulation properties. It offers remarkable thermal shock resistance, stability, low heat capacity, and thermal conductivity, promoting energy savings.
4. Furnace Structure:
Our comprehensive equipment assembly includes a vacuum furnace body, an advanced temperature control system, a robust vacuum system, and an efficient cooling system, ensuring seamless integration and performance. e2edf432
Unveiling the 1700°C Electric Heat Treatment Furnace: A Sintering Oven Crafted for Precision in Vacuum Atmospheres, Tailored Specifically for Laboratory Excellence
| Max Temperature |
1700ºC |
| Work temperature |
1600ºC |
| Chamber size |
100x120x100mm |
| Temperature stability |
±1ºC |
| Suggested rate of warming |
less than 1400ºC:≤10ºC/min ; 1400ºC to 1600ºC:≤5ºC/min ; more than 1600ºC:≤2ºC/min; |
| Power supply |
220V/2KW |
| Temperature measuring element |
B type double platinum rhodium thermocouple |
Safety Precautions:
1. Equipped with overheating & broken thermocouple protection, our laboratory sintering oven ensures a safe and reliable heating environment.
2. Integrated leakage circuit breaker to protect against electrical faults, ensuring user safety and equipment integrity.
3. Optional feature for automatic power off when the furnace door is opened, enhancing safety protocols and preventing accidental exposure to high temperatures.
4. Over-temperature protection and alarm system offer peace of mind by allowing unattended operation without compromising safety, alerting users when the temperature exceeds the set limits.
5. Advanced microprocessor-based PID control, complete with self-tuning capability, eliminates the risk of temperature overshooting, maintaining precise thermal conditions within the oven.





Other furnace products:
Our Company
Changsha Samy Instrument & Equipment Co., Ltd. Changsha Samy Instrument & Equipment Co., Ltd. stands as a beacon of innovation and excellence in the realm of high-tech laboratory instruments. We specialize in the research, development, and marketing of cutting-edge solutions, including centrifuges, planetary ball mills, vacuum glove boxes, state-of-the-art vacuum furnaces, plasma nitriding furnaces, and pill-making machines, along with other essential medical and hospital products.
Upholding our core principle, 'Quality is Life', we have crafted an exceptional quality management framework, achieving industry leadership by securing ISO 9001: 2008 certification for quality management systems, CE compliance, and ISO 13485 certification for medical apparatus and instruments quality management systems.
Our versatile and superior products find extensive applications across diverse fields, ranging from scientific research institutions and higher education bodies to central blood banks, hospitals, biological products, pharmaceuticals, biochemical examinations, agricultural science, environmental protection, and petrochemical sectors.
Why We Choose Samy?
1. Founded in 2010, we boast over a decade of experience and hold prestigious certifications such as CE, ISO12836, ANSI/ADA standard No. 132, and VDI 2634.
2. Our offerings combine unmatched quality with competitive pricing.
3. Access to comprehensive working videos.
4. Our professional team ensures seamless operations from production to sales, with a dedicated sales team available 24/7.
5. We enjoy an outstanding reputation among customers worldwide.
6. Our strategic partnerships with distributors across various countries enhance our global reach.
7. Experience the convenience of rapid delivery within 7 days, with a steady stock of products ready for dispatch.
Warranty
Under normal use and maintenance, if an issue arises within 12 months, enjoy complimentary spare parts. Beyond this period, purchase spare parts at cost price. You will also benefit from lifetime technical support and service, ensuring peace of mind at every stage.
Technical Support
1. Our expert technical support team is available around the clock, 24/7, through phone, email, WhatsApp, WeChat, or Skype, ready to assist you at a moment's notice.
2. Receive an easy-to-follow English manual and an informative operation video to guide you effortlessly through the process.
3. Our machines are meticulously adjusted to perfection before dispatch, allowing you to start using them right away with absolute confidence.
4. Benefit from exclusive free training advice at our factory and receive expert suggestions, consultation, technical support, and service, all designed to enhance your experience with our machines.

For any inquiries or support needs, please feel free to reach out to us. We are here to assist you with all your requirements.
Our dedicated sales team is available online 24 hours a day, ensuring you're never without the support you need.
https://samycs.en.made-in-china.com/contact-info.html


1. How to choose a suitable empty furnace?Choice of use temperature?
Vacuum furnace products are usually divided into three temperatures, 1200ºC, 1400ºC, 1700ºC
2. How to Choice furnace size?
According to the volume size of the sample, the appropriate furnace size is selected. It is recommended that the maximum loading size of the sample is less than 100mm or more, which is conducive to the adequate heat exchange of the sample.
3.How to Choice of gas path system?
The vacuum furnace has the function of passing inert gas, and the design has an inlet and outlet, which can protect the atmosphere of the sample in the high temperature stage