Why does LQTT Variable frequency activated carbon wheel (drum type) use pure coal activated carbon?

1. Excellent adsorption performance
LQTT Variable frequency activated carbon wheel (drum type) uses pure coal activated carbon, mainly based on its excellent adsorption performance. The high carbon content of pure coal activated carbon (up to 98.5%) gives it excellent adsorption efficiency and adsorption speed. In industrial applications, adsorption efficiency and adsorption speed are key indicators to measure the performance of activated carbon, and pure coal activated carbon performs well in both aspects.

2. Larger specific surface area
The high carbon content of pure coal activated carbon gives it a larger specific surface area, which can more effectively adsorb various harmful substances. In LQTT Variable frequency activated carbon wheel (drum type), this efficient adsorption capacity is essential for removing pollutants from the air.

3. Excellent high temperature resistance
Pure coal activated carbon has excellent high temperature resistance in the desorption stage. During the operation of LQTT Variable frequency activated carbon wheel (drum type), desorption operations need to be performed regularly to restore the adsorption capacity of activated carbon. Pure coal activated carbon can withstand higher temperatures, which means that during the desorption process, the activated carbon will not be damaged by high temperatures, ensuring its long-term stability and reliability. The high temperature resistance makes the desorption process more thorough and improves the service life of the activated carbon.

4. Structural stability
The structural stability of pure coal activated carbon is also an important reason for choosing it as the core material of LQTT Variable frequency activated carbon wheel (drum type). During long-term use, activated carbon needs to maintain the integrity of its physical structure to ensure continuous adsorption effect. The special processing technology of pure coal activated carbon enables it to maintain a stable structure under high temperature and high pressure environments, extending the service life of the equipment.