How can an innovative technology change the mixing process in multiple industries? In modern industrial production, the mixing process plays an important role that cannot be ignored. Whether it is refractory materials, ceramic products or high-end glass, the uniformity, efficiency and process control of battery raw material mixing have become the key bottlenecks that restrict production quality. Faced with this challenge, the Co-nele inclined high-efficiency Intensive mixer has set off a revolution in mixing technology.
Core technology: How does the Co-nele high-efficiency Intensive mixer solve the mixing problem?
Traditional mixing equipment often faces the phenomenon of “reverse mixing” during operation – the material is stratified and segregated due to design defects during the mixing process, and it is impossible to achieve true uniform mixing. The inclined structural design of the Co-nele high-efficiency Intensive mixer adopts an optimized unique tilt angle to make the material produce a specific flow field that tilts up and down, avoiding the phenomenon of reverse mixing.
This design seems simple, but it actually contains technicality: when the mixing barrel rotates at a specific angle, the high-speed rotor installed in the eccentric position rotates at high speed, and cooperates with the L-shaped scraper in a fixed position to collect the dead corner materials and bring them into the mixing area. Three-dimensional mixing ensures that the materials are 100% involved in the mixing, and highly uniform dispersion is achieved at the microscopic level in a very short time – even trace additives can be evenly dispersed in the mixture.
Co-nele’s high-efficiency Intensive mixer has been proven in many industries: quality improvement is visible
Refractory materials: quality adherence in high-temperature environments
Refractory production requires extremely high mixing strength and uniformity to ensure the high-temperature resistance and physical strength of the final product. Co-nele’s Intensive mixer is designed for handling complex proportions of materials, and achieves high-uniform mixing of materials through the infinitely adjustable speed tool group. A refractory material company in Henan Province reported after using it: “The binder can be evenly coated on the surface of each sand grain, the product stability is improved, and the scrap rate is reduced.”
Ceramic industry: the transformation from raw materials to fine products
In the production of high-end ceramics, the particle size and uniformity of the powder directly affect the quality and yield of the fired product. After a ceramic company in Shandong introduced the Co-nele CR Intensive mixer, it achieved fine mixing and granulation of ceramic powder, and the product density and mechanical properties were significantly improved.
With its innovative tilting design, superior mixing performance and wide application adaptability, the Co-Nel high-efficiency Intensive mixer is setting new mixing standards in the industrial field and continues to prove its extraordinary value in improving product quality in various industrial fields.
As the manufacturing industry continues to increase its requirements for product quality, the Co-Nel high-efficiency Intensive mixer will continue to help customers in various industries break through process bottlenecks and reach the peak of quality.
Post time: Jun-10-2025