Add Time: 2017-10-17 View:9240
Equipment introduction:Openable tube furnace from the details, after more than a hundred times of repeated tempering, so as to create this exquisite and beautiful appearance and has a 7 inch touch screen operating system tube furnace. Mainly used in crystal annealing, electronic lighting, two-dimensional material sintering, atmosphere protection sintering, vacuum coating, CVD experiment, material composition determination and other fields, deeply trusted by researchers in various fields. &n...
| 1. Double-layer air-cooled structure; | |||||
Model | NBD-O1200-50TI | NBD-O1200-60TI | NBD-O1200-80TI | NBD-O1200-100TI | ||
Electrical Spec | AC220V 4KW | |||||
Tmax | 1200 ℃ (<1小时) | |||||
Max working temps. | 1100 ℃ (连续) | |||||
Heating rate | ≤ 20 ℃/min | |||||
Heating length | 440mm | |||||
Tube size | Φ50*1000mm | Φ60*1000mm | Φ80*1000mm | Φ100*1000mm | ||
Temperature field distribution |
| As shown in the figure: This is the temperature zone curve of the equipment (size of constant temperature zone: 260mm) | ||||
Control system |
| 1.NBD-101E embedded operating system Chinese and English interchangeable graphical interface, 7 inch true color touch screen input, intelligent man-machine dialogue mode, real-time heating power display, non-linear pattern temperature correction; | ||||
Appointment sintering | ![]() | Optimize equipment utilization, ensure sintering process stability, save waiting time, and achieve efficient and orderly sample preparation. | ||||
Nonlinear temperature correction | ![]() | By using algorithms to nonlinearly correct the temperature deviation between the control point and the sample due to their different positions in the temperature field, the consistency between the control temperature and the sample temperature is improved, the operation is simplified, and the accuracy of experimental data is enhanced. | ||||
remote control | ![]() | Multiple types of experiment specific temperature programs can be preset to ensure experimental repeatability and ease of operation, support process optimization and data tracing, adapt to team collaboration and technical inheritance, greatly improving experimental efficiency and design flexibility. | ||||
Temp Accuracy | +/- 1 ℃ | |||||
Heating element |
| Mo-doped Fe-Cr-Al alloy | ||||
Sealing system |
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Vacuum degree: ≤10Pa (mechanical pump) | ||||||
Pressure measurement & monitoring |
| The mechanical pressure gauge with damping oil is used to produce damping when the pressure fluctuates and reduce the pointer to swing back and forth. | ||||
Gas supply system |
| Float flowmeter is used to control the gas flow rate. It is integrated with the equipment, and the leakage test has been carried out before leaving the factory. | ||||
Net weight | 60KG | |||||
Cautions | 1. When the furnace temperature of the equipment is greater than or equal to 300℃, it is forbidden to open the furnace to avoid injury; | |||||
Service | 1 year warranty with lifetime support (The warranty does not include consumable parts, such as furnace tubes and O-rings). | |||||

Application field of tube furnace
Equipment features: Flexible structure, capable of achieving atmospheres such as vacuum, oxidation, inertness, reduction, carbonization, etc; The heating rate can be adjusted, and the temperature range can be selected as single temperature range, dual temperature range, or multi temperature range; Divided into horizontal, vertical, and vibrating structures, it is commonly used for sample sintering, annealing, calcination, pyrolysis, CVD deposition, covering scientific research and development to small-scale preparation.
1、 New energy materials
Lithium batteries: ternary materials, lithium iron phosphate, silicon carbon negative electrode, solid-state electrolyte powder calcination, carbonization, annealing
Fuel cell: catalyst, electrode material calcination, reduction activation
Photovoltaic: Annealing of perovskite and silicon-based materials, heat treatment of photovoltaic powder precursors
2、 Semiconductors and Electronic Materials
Annealing, oxidation, and nitriding treatment of semiconductor chips to repair ion implantation damage
CVD preparation of thin film materials such as graphene, carbon nanotubes, and nanowires
Electronic ceramics, piezoelectric ceramics, fluorescent powders, and target material precursors are calcined and crystallized
3、 Advanced Ceramics&Powder Metallurgy
Degreasing and sintering of alumina, zirconia, silicon carbide, silicon nitride, and aluminum nitride ceramics
Reduction and annealing of powders of refractory metals, high entropy alloys, and magnetic materials
MAX phase, hard alloy specimen atmosphere heat treatment
4、 Catalysis, Chemical Engineering, and Rare Earth Materials
Catalyst calcination, sulfurization, reduction activation, TPR/TPO programmed heating experiment
Preparation of MOF derived porous carbon and high-temperature pyrolysis of organic compounds
Synthesis and crystallization of rare earth powders, luminescent materials, and ceramic pigments
5、 Nano and composite materials
Annealing modification of various nano powders to eliminate defects
High temperature carbonization and heat treatment of carbon fiber, aerogel and two-dimensional materials
6、 Metal heat treatment
Vacuum bright annealing, tempering, and gas quenching of small metal specimens
Alloy sample atmosphere protection sintering to prevent oxidation
7、 Universities, research institutes, testing institutions
Materials, chemical, metallurgical, environmental and other laboratories, conducting process exploration and sample preparation; Third party testing institutions conduct high-temperature performance testing of materials. Support experiments such as sintering, pyrolysis, ashing, and atmosphere simulation.
8、 Environment, solid waste, and biomass
Biomass carbonization pyrolysis experiment
Mineral roasting, resource utilization and pyrolysis treatment of waste batteries
Experiments related to high-temperature harmless treatment and thermal analysis of solid waste