Clirik's Powder Coating Machine Sets New Standard in Bangladesh

Clirik has set a new benchmark in the calcium carbonate processing industry in Bangladesh with its powder surface coating machine, which has achieved an outstanding production rate of 7 tons per hour with a powder fineness of 10 microns. This achievement marks a significant leap forward in the field of mineral powder surface treatment, showcasing Clirik's technological prowess and commitment to quality.

The CLG series powder coating machine is a testament to Clirik's dedication to innovation and excellence. It is designed to improve the compatibility of non-organic mineral stuff and organic high polymers, enhancing the binding force at the interfaces and increasing the mechanical strength and comprehensive abilities of the final product. This advancement is particularly beneficial in industries such as plastic, rubber, adhesive, macromolecule materials, high polymer composite, functional materials, and dope industries, where the surface treatment of mineral powders is crucial.

The machine's unique chamber design and dual functionality of modification and depolymerization make it versatile for modifying various materials, including heavy and light calcium carbonate, kaoline, talcum, and more. The working principle involves the use of three modifying rollers that work in tandem to treat the powder surface. The dry powder and dosed agent are introduced into the modifying rollers, which, through high-speed rotation, create a fluidizing vortex. This process generates heat due to high-speed shearing, collision, and friction, which facilitates the modification of the powder.

The CLG series machine's continuous operation and large capacity make it suitable for industrialized production on various scales. Its high efficiency and low consumption of modifying agents, combined with its high covering and active index of powder, make it an energy-saving solution. The negative pressure working condition ensures a dust-free and pollution-free operation, creating a good working environment and reducing labor intensity. Moreover, the machine can operate in both heat and cold conditions without additional heating or cooling systems, simplifying the operation and reducing costs.