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Model: JYRE1-3FT
Product Performance
Effective workspace: Φ220*2100mm
highest temperature: 1400°C
total power: 60KW
Temperature control accuracy: ±1°C
This equipment is carbon nanotube growth equipment, mainly used for carbon nanotube production. With a silicon carbide rod as its heating element, the carbon nanotube furnace can tolerate maximum temperatures of 1400°C. The single-walled carbon nanotube furnace utilizes a Type S thermocouple for precise temperature control.
Equipment Model | JYRE1-3FT |
Equipment specifications | 1400℃-Φ220*2100mm |
main power | AC 380V±10%, three-phase five-wire system, 50Hz±1Hz |
total power | 60KW |
Temperature control accuracy | (Constant temperature) ±2°C |
Effective workspace | Φ220*2100mm |
heating element | silicon carbon rod |
highest temperature | 1400°C |
Temperature control accuracy | ±1°C |
temperature control | Type S thermocouple |
Vacuum System: The vacuum system is composed of a pump group and a valve vacuum pipeline. The pump group uses a mechanical pump, with valves selected from domestic and imported brands.
Rapid Vacuum Achievement: The system can achieve the required working vacuum level within a relatively short time (no more than 30 minutes).
Water Cooling System: The water cooling system provides temperature-controlled coolant through separate supply and discharge routes to various parts of the furnace body, electrodes, and seals, ensuring the equipment's safety.
Dual-Layer Furnace Shell: The furnace shell is entirely a dual-layer structure, with inner and outer plates welded with S-shaped rib plates in between. This design extends the water route and enhances the water cooling function.
