As the lithium battery and advanced ceramics industries continue to expand, the demand for high-performance kiln furniture is increasing rapidly. Products such as corundum saggers, mullite kiln furniture, and silicon carbide kiln furniture play a critical role in the sintering processes of lithium battery cathode materials, electronic ceramics, structural ceramics, and high-temperature industrial applications.The quality of these refractory and ceramic products depends heavily on the uniformity of raw material mixing. CO-NELE Intensive Mixer, equipped with a wear-resistant ceramic lining system, provides an advanced mixing solution for manufacturers seeking superior product consistency, purity, and production efficiency.
Professional Mixing Solution for Advanced Ceramics and Lithium Battery IndustriesCorundum Kiln Furniture ProductionThe CO-NELE Intensive Mixer utilizes a three-dimensional counter-current mixing principle to ensure rapid and homogeneous blending of alumina powder, binders, and additives. This results in improved green body density, reduced segregation, and enhanced firing consistency.Mullite Kiln Furniture ManufacturingThe intensive mixing technology allows fine powders, aggregates, and additives to be uniformly distributed throughout the batch, improving material homogeneity and final product reliability.
Silicon Carbide Kiln Furniture ProductionDue to the highly abrasive nature of silicon carbide materials, CO-NELE mixers feature durable ceramic liners that significantly reduce equipment wear while preventing metallic contamination of the product.Ceramic Lining Design for High-Purity ProductionMaterial purity is essential in both advanced ceramics and lithium battery manufacturing.The ceramic-lined CO-NELE Intensive Mixer offers several advantages:* Prevention of metallic contamination* Extended equipment service life* Reduced maintenance costs* Suitable for high-purity ceramic and refractory materials* Ideal for continuous industrial productionThe ceramic lining system is particularly beneficial for the production of battery saggers, setter plates, electronic ceramics, and high-performance refractory components.
Advantages of CO-NELE Intensive Mixing Technology- Excellent Mixing HomogeneityThe intensive counter-current mixing principle creates a highly turbulent material flow, ensuring uniform distribution of powders, liquids, and additives.- Simultaneous Mixing and GranulationThe system can perform mixing and granulation within a single process, improving downstream pressing and shaping performance.- Higher Production EfficiencyShort batch cycles help increase overall plant productivity and reduce manufacturing costs.- Consistent Product QualityStable and repeatable mixing conditions ensure batch-to-batch consistency.- Easy Automation IntegrationThe mixer can be integrated with batching, conveying, dust collection, and PLC control systems to create a fully automated production line.ApplicationsCO-NELE Intensive Mixers are widely used in:* Lithium Battery Sagger Manufacturing* Corundum Refractory Production* Mullite Refractory Manufacturing* Silicon Carbide Kiln Furniture Production* Advanced Ceramic Materials Processing* Electronic Ceramic Manufacturing* Structural Ceramic Production* High-Temperature Refractory Material PreparationDriving Innovation in Advanced Materials ManufacturingWith its innovative intensive mixing technology, wear-resistant ceramic lining, and proven industrial performance, the CO-NELE Intensive Mixer has become a trusted solution for refractory and advanced ceramic manufacturers worldwide.
