Overview
| Votage | 380V | Loading Capacity（L) | 120-250L |
| Working atmosphere in furnace | Vacuum or inert gas protection | High Temperaure Volume | Out put（kg/h）:150-200 |
| Place of Origin | Hunan.China | Condition | New |
| Heating method | Resistance graphite rod heating | Machinery Test Report | Provided |
| Video outgoing-inspection | Provided | Warranty | 1 year |
| Core Components | PLC | Brand Name | Jingtan |
| Certificates | ISO9001:2015 | Transport Package | Standard Exporting Wooden Box |
| Application | new energy vehicles, semiconductors, new materials and many other fields. | Structure | horizontal or vertical |
| Service Provided | Video technical support | After-sales Service Provided | Field maintenance and repair service |
Product Details
Carbon nanotube purification furnace
Carbon nanotube purification furnace can be used for high temperature graphitization purification of carbon nanotube materials, and can realize the purification treatment of high temperature method and chemical method. Suitable for new energy vehicles, semiconductors, new materials and many other fields.
Use:
It is suitable for the vacuum atmosphere treatment of battery anode materials, powder metallurgy, nanomaterials, graphene, new materials and powder materials, and the materials are sintered and purified at high temperature in an inert atmosphere.
Features:
It can be used for high temperature graphitization purification of carbon nanotube materials, and can realize the purification treatment of high temperature method combined with chemical method.
It can realize continuous feeding and discharging at high temperature, reducing energy consumption and shortening production cycle;
Use resistance or induction heating, the temperature can reach 2400℃;
The combination of high temperature method and chemical method can meet the requirements of high purity treatment.
The efficient filtration system can effectively capture the dust and corrosive gases produced in the purification process.
It can realize continuous feeding and discharging at high temperature, reducing energy consumption and shortening production cycle.
Main technical parameter
