According to different materials, the tar filtering device has been improved many times, so that the volatile content of the products in the furnace can be extracted to the outside of the furnace to the maximum extent, and the quality of the products is guaranteed while the charging amount per furnace is increased.
Complete the process of pyrolysis of organic matter to form inorganic cracked carbon. It is used to crack various phenolic resins to form hard carbon, polyimide cracks to form synthetic thermally conductive graphite, polyacrylonitrile fiber is carbonized to form carbon fiber, and polycarbosilane is carbonized to form silicon carbide ceramic fiber. The improved tar tail gas treatment device can complete the collection and harmless treatment of tar tail gas produced by most polymer cracking.
Complete the process of pyrolysis of organic matter to form inorganic cracked carbon. It is used to crack various phenolic resins to form hard carbon, polyimide cracks to form synthetic thermally conductive graphite, polyacrylonitrile fiber is carbonized to form carbon fiber, and polycarbosilane is carbonized to form silicon carbide ceramic fiber.
• The shell and door are water-cooled jacketed. The furnace shell is made of SUS304 stainless steel.
• High vacuum pneumatic valves equipped with position indicator in order to automatic control of the vacuum and gas supply system.
• Over-temperature, over-pressure, gas status, water lack and power failure alarms and automatic mechanical interlock for over-pressure protection.
• All the running parameters are stored in the PLC system. All stored parameters can be transferred into your personal computer through a USB port.
• High precision smart temperature controller which can store 20 programs with total 400 segments.
• High-density and high-purity graphite heating elements are used together with high-quality carbon felt to extend the service life of the heating zone. The multi-zone heating design of the furnace ensures the uniformity of the heating zone.
• The furnace can be operated in inert gas, vacuum and high vacuum (optional) atmospheres with a slight increase.
• Remote operation, failure diagnosis and software upgrading.
Optional Features
• High Vacuum System
• Gas Purification System
• Closed Loop Cooling Water System
• Distributed Control System (DCS)
• Tail gas treatment system
| Model | CX-CF40/120HC | CX-CF50/150HC | CX-CF60/180HC | CX-CF60/200HC |
|---|---|---|---|---|
| Max Working Temperature | 1600°C | |||
| Usable Space (mm) Dia. × H | 400×400×1200 | 500×500×1500 | 600×600×1800 | 600×600×2000 |
| Number of Heating Zones | Optional | |||
| Max. Loading Capacity(L) | 192 | 375 | 648 | 720 |
|
Temperature Uniformity (ΔT between 1000°C and 2200°C) |
±10°C | |||
| Max. Heat-up Rate (CEDRT)* | 15°C/min | |||
| Heating Power | 75 KW | 90 KW | 120 KW | 160 KW |
| Ultimate Vacuum (CEDRT)* | 1.2×10-3 mbar | |||
| Optional High Vacuum (CEDRT)* | 5×10-5 mbar | |||
| Pressure Rise | 1.33×10-2 mbar/hr | |||
| Working Atmosphere | High Vacuum (Optional) / Vacuum / Inert Gas (Ar or N2) | |||
| Supply Voltage | 3P, 380V, 50Hz/60Hz | |||
| Cooling Water Pressure | 1～2 bar | |||
| Cooling Water Temperature | ≤28°C | |||
* CEDRT: Clean, Empty, Dry, Room Temperature Furnace
