In industries such as refractory materials, ceramics, and metallurgy, mixing and grinding taphole clay and other high-viscosity materials have always been a critical step in the production process. The uniformity and density of the mixing process directly determine the performance and service life of the final product. Addressing the pain points of traditional equipment, such as mixing dead zones, low efficiency, and high energy consumption, the high-speed muller mixer with adjustable pressure and lift technology (muller planetary mixer) is leading the industry into a new era of efficient, homogeneous, and intelligent mixing through revolutionary technological innovation.

Core Technical Advantages of the Co-Nele Muller Planetary Mixer:

1. Unique Planetary Drive Principle

The equipment utilizes an advanced planetary drive structure, where the mixing blades simultaneously orbit around the main axis and rotate at high speed. This complex, compound motion, reminiscent of the movement of planets in space, produces intense shearing, squeezing, kneading, and mixing effects on the material, completely eliminating mixing dead zones and ensuring extremely high material uniformity in a short period of time.

2. Patented Pressure-Adjustable Lifting System

This is a hallmark technology of Co-Nele equipment. The grinding plate can be smoothly raised and lowered according to production needs, greatly facilitating equipment cleaning and maintenance. More importantly, the roller pressure can be infinitely adjusted to suit the process requirements of different materials. This feature is crucial for taphole clay preparation. By precisely controlling the roller pressure, the material's compaction structure and particle size distribution can be optimized, resulting in high-quality taphole clay with greater density and corrosion resistance.

3. High-Speed and Efficient Mixing

Combined with the high-speed characteristics of planetary agitation, the material is rapidly stirred, circulated, and milled within the roller disc. Compared to traditional equipment, the mixing cycle is significantly shortened by 30%-50%, significantly improving production efficiency and reducing specific energy consumption.

4. Intelligent Control System

An optional PLC fully automatic control system enables one-touch operation. Users can preset, store, and recall process parameters (such as mixing time, roller pressure, and speed) for different products, ensuring the stability and repeatability of each batch and providing a solid foundation for large-scale, standardized production.