Small lab graphitization furnace

With the discovery and in-depth application of new carbon materials such as carbon nanotubes, new carbon nanomaterials, flexible graphite, graphene, and carbon materials, they have formed an important and rapidly growing family, with various new carbon materials. Constantly emerged. Various scientific research institutes and enterprises and institutions are also sparing no effort in developing new carbon materials. Our company has specially launched a kind of experimental graphite for university laboratories, scientific research institutes and enterprises and institutions for the new carbon/carbon materials industry.

Small lab graphitization furnace introduction
With the discovery and in-depth application of new carbon materials such as carbon nanotubes, new carbon nanomaterials, flexible graphite, graphene, and carbon materials, they have formed an important and rapidly growing family, with various new carbon materials. Constantly emerged. Various scientific research institutes and enterprises and institutions are also sparing no effort in developing new carbon materials. Our company has specially launched a kind of experimental graphite for university laboratories, scientific research institutes and enterprises and institutions for the new carbon/carbon materials industry. Furnace. It is especially suitable for all types of high-end developers and researchers who have no operational experience, no long-time experience, and no equipment maintenance capabilities, saving them a lot of time and effort so that they can focus on various types of development work.

Small lab graphitization furnace product parameter
1, the maximum long-term continuous working temperature: 2850 °C (12 hours or more)
2, the maximum design temperature: 3000 °C (maximum temperature continuous time <2 hours)
3, the furnace working atmosphere: nitrogen, argon (flow ≮ 0.5m3 / h), vacuum (not more than 2300 degrees, please specify when ordering)
4, furnace size: φ200 × 350mm (inside the loading space)
5, rated output power: 60KW, the actual power is not more than 50KW
6, rated frequency frequency: 4000Hz
7, temperature measurement method: two-color infrared temperature measurement
8, temperature range: 1000-3200 °C, (0-3200 °C full range of temperature measurement, please specify when ordering, standard starting with 1000 °C)
9, temperature control method: automatic program temperature control
10, equipment use: high temperature graphitization
11. Cooling water usage: ≤20m7/h (this equipment is provided)
12. Reserve water usage: ≤8m7/h (self-provided by the equipment)
13. Internal circulating water quality: distilled water or pure water
14. Internal circulating water pressure: 0.2~0.3MPa
15, power supply grid: three-phase five-wire system 380V, 50Hz/60Hz
16, cooling protection: the use of flow, pressure, water temperature on the cooling water and other multiple protection.
17, the limit heating rate: less than 60 minutes.

Small lab graphitization furnace product characteristics
• “Foolish” operation, one-touch switch machine;
• “Self-service” process settings, all processes such as vacuum, vacuum time, reach temperature, temperature time, aeration conditions, and inflation type all use a graphical interface for self-service programmable operation;
• Built-in water-cooled device completely discards external water cooling, which is fully applicable to various research rooms and office buildings (with the premise of 60-70KW three-phase electricity), etc;
• Easy-to-consumer modular installation, completely without operational experience, complete replacement of consumables within 1 hour;
• Ultra-high temperature furnace body can fully satisfy the sintering and graphitization of various materials;
• Reserve multi-channel intake and exhaust ports to complete a variety of complex processes;
• Imported high-precision infrared thermometer to ensure the accuracy of temperature measurement;
• Adopt digitally-displayed intelligent temperature control system to automatically complete high-precision temperature measurement and temperature control process. The system can heat up according to a given heating curve, and can store twenty different 400-stage heating curves;
• Adopts true inner-circulation pure water cooling system; full dust-proof design, full monitoring of water temperature level;
• Water flow section adopts the latest thermal flow monitoring system;
• Comprehensive PLC water, electricity, gas automatic control and protection system.
Extremely overloaded, short-circuited and mis-triggered IGBT power devices, and overvoltage protection
• Modular design, easy installation and maintenance;
• All the parts and components of the complete machine are serial numbered and fully correspond to the schematic diagram, which greatly reduces the maintenance time and can be maintained remotely;
• Human-machine interface full parameter data acquisition;
• Man-machine interface display and operation, complete machine operating parameters at a glance, easy to operate;