Clirik’s CLUM Series Ultra Fine Vertical Roller Mill has been recognized as a green choice for calcite powder production in India, where it has achieved a powder fineness of 15 microns with a high hourly output. This mill stands out not only for its efficiency but also for its eco-friendly operations, aligning with Clirik’s dedication to environmental sustainability.
The CLUM mill’s hermetic sealing system and low noise operation are in line with Clirik’s commitment to reducing the environmental impact of industrial processes. The mill’s operation results in less noise and vibration, thanks to the non-contact operation of the roller and grinding disc, which significantly reduces noise pollution and protects the health of workers. Compared to traditional ball mills, the CLUM mill operates with 20-25 decibels less noise, contributing to a healthier and safer working environment.
In addition to its quiet operation, the CLUM mill’s negative pressure system ensures that the final powder is conveyed to the silo without dust leakage, maintaining a clean environment and meeting national environmental protection standards. This feature is particularly important in regions with strict environmental regulations, as it helps to minimize the mill’s ecological footprint.
The CLUM mill’s design also incorporates several technological advantages that contribute to its green credentials. The use of special anti-wear alloy materials for the grinding roller and plate liner results in a longer service time for wear parts and lower maintenance, reducing the overall environmental impact of the mill’s operation. The mill’s high efficiency and low power consumption also contribute to its status as an environmentally friendly choice, with a 40% reduction in power consumption compared to ball mills.
Furthermore, the CLUM mill’s advanced control systems, such as the PLC frequency converter, allow for precise control over the particle size distribution, leading to less waste and higher quality end products. The mill’s ability to produce powder with a narrow particle size distribution and controllable 2-micron content increases the added value of the final powder, making it suitable for a wide range of applications.