Description
This device has a multipurpose design that allows both horizontal and vertical operation, making it suitable for a variety of application scenarios. The adaptable operation mode enables users to react to individual experimental or production requirements, increasing work productivity.
The ceramic fiber heating module, together with the embedded resistance wire, ensures a quick heating process and homogeneous temperature distribution. This design not only increases heating efficiency, but it also efficiently prevents heat loss while ensuring the consistency and stability of the experimental materials during the sintering process.
The intelligent temperature control system uses high-precision sensors and advanced control equipment to assure temperature measurement accuracy. By monitoring temperature changes in real time, the system can automatically adjust heating power and maintain the desired temperature, ensuring each experiment's dependability and repeatability. The usage of this technology puts users at ease when conducting high-temperature experiments, allowing them to focus on material research and development.
Features
Maximum temperature: Temperature options range from 1100°C to 1300°C.
Intelligent pre-programmable temperature controller: Offers 50 programmable, editable, savable, and transferable segments. Features auto-tuning PID parameters for accurate temperature control.
Over-temperature protection: Automatically disconnects power when the temperature surpasses the preset limit.
Overcurrent protection:Restricts power to avoid wire burnout when the current exceeds the rated value.
Safety protection: Automatically disconnects power in the event of a furnace body leak.
Dual-layer furnace shell with air cooling: Minimal surface temperature.
Robust, damage-resistant LED indicators and buttons made entirely of stainless steel:Long-lasting.
Options
Touchscreen temperature controller offers visualization of temperature curves, real-time monitoring, historical data logging, and report generation.
Paperless recorder.
Alarm light and buzzer.
Features an adjustable safety limiter to safeguard the furnace and load, in accordance with EN 60519-2 standards.
Connects to the temperature controller using RS232, RS485, Ethernet, and USB interfaces.
Features a flange ring that enables samples to be suspended vertically into the tube for sintering.
The vacuum pump and oil mist filtration system enable rapid evacuation within a short time, enhancing efficiency.
Atmosphere control system available, featuring both a float flowmeter and a mass flowmeter.
q&a
Q: Are your equipment suitable for high-humidity environments?
A: Our equipment is designed with various environmental conditions in mind, and we offer special models that support high-humidity or corrosive environments. Please consult us for specific needs.
Q: Does your equipment require regular maintenance?
A: Yes, to ensure the equipment operates correctly, regular maintenance is recommended. We offer maintenance services and related advice for our equipment.
Q: Does your equipment support operation in different atmospheric environments?
A: Yes, our equipment supports operation in various atmospheric conditions, including air, inert gases, and vacuum. You can choose the appropriate atmosphere based on your experimental needs.
Q: How Do I Choose Vertical Tube Furnaces?
A: Working temperature range: 30-1100℃, 1200-1300℃, and 1400-1700℃. In this regard, it is critical to understand the real working temperature of the loading material.
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