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CO-NELEMixing & Granulation
The CMP1500 adopts a mature vertical shaft planetary mixing structure, which combines the dual motion modes of revolution and rotation of the mixing blades—while the blades revolve around the center axis of the mixing tank, they also rotate at high speed around their own axis, forming a complex and orderly mixing track that covers the entire inner cavity of the mixing tank without any dead corners. This unique mixing method generates strong shearing and kneading forces, effectively solving industry pain points such as uneven mixing of ultra-fine powders, floating of light aggregates, and agglomeration of high-viscosity materials, ensuring that all components of the material are fully dispersed and mixed uniformly.
Equipped with a high-quality hard-tooth surface reducer, the CMP1500 features stable transmission, low noise, large torque, and strong durability, which can stably output mixing power even under long-term high-load operation conditions. The mixing arm adopts a streamlined design and is equipped with a wear-resistant protective sleeve, which doubles the service life of the mixing arm; the mixing tank is equipped with reinforced scrapers (side scraper and bottom scraper) that continuously scrape off the materials adhering to the tank wall and bottom during the mixing process, minimizing material residue and ensuring more ideal mixing effect and material utilization rate.
In terms of operability and maintainability, the CMP1500 is designed with user needs in mind: the tank cover adopts hydraulic lifting, which is convenient for feeding, cleaning, and maintenance; the large-size inspection door is equipped with a safety switch, ensuring safe and convenient inspection and maintenance operations; the waterway device adopts an upper-mounted design, avoiding residual additives and water in the pipeline, and the spiral solid cone nozzle realizes fine and uniform atomization, further improving the mixing uniformity of materials. In addition, the equipment adopts a special sealing structure, which effectively solves the problem of slurry leakage and dust overflow, meeting environmental protection production requirements.
The CMP1500 also supports customized design according to the actual needs of different industries—whether it is heating or cooling transformation of the mixing tank, configuration of special wear-resistant materials (wear-resistant alloy inserts, stainless steel, ceramics, etc.), or customization of the number of discharge doors (1-3 optional), it can be flexibly adjusted to adapt to the mixing characteristics of different materials and the production needs of different production lines.
The CMP1500 Planetary Concrete Mixer integrates industry-leading features to adapt to the unique requirements of multiple application fields, combining efficiency, durability, and intelligence:
The dual planetary motion (rotation + revolution) creates a complex mixing trajectory, ensuring thorough blending of all materials—even for high-performance mixes like UHPC with steel fibers, refractory materials with uneven particle sizes, and glass raw materials requiring precise proportioning. This eliminates lumps and inconsistencies, guaranteeing stable product quality.
Mixing blades and drum liners are made of Cr-hard alloy cast iron or wear-resistant composite plates, significantly extending service life and reducing maintenance costs. The sealed mixing drum prevents dust leakage and material contamination, meeting the strict hygiene requirements of glass material mixing and the dust control needs of refractory production.
Equipped with an independent electric control cabinet and optional PLC automatic control system, the CMP1500 supports one-click operation, parameter adjustment, and fault alarm functions. It can be integrated with moisture sensors for automatic water distribution, ensuring accurate water-material ratio and further improving mixing quality.
Hydraulically operated discharge door with a special sealing device allows for quick, clean discharging, with optional 1-3 discharge outlets to adapt to different production line layouts. The hydraulic system is equipped with a manual pump, ensuring emergency discharging in case of power failure.
Optimized transmission system and counter-current gearing (optional) reduce energy consumption by 15-20% compared to traditional planetary mixers, while the shortened mixing cycle improves production efficiency and reduces labor costs.
A wide range of optional accessories is available, including high-pressure washout systems, dust collectors, customized mounting frames, and multiple discharge outlets, to meet the specific needs of different application fields and production scenarios.
| Parameter | Specification |
|---|---|
| Model | CMP1500 |
| Discharge Capacity | 1500L |
| Feed Capacity | 2250L |
| Mixing Power | 55-75kW (Customizable) |
| Discharging Power | 2.2-3kW |
| Mixing Time | 3-10 Minutes (Adjustable) |
| Mixing Blades | 2×2 (Wear-Resistant Alloy) |
| Discharging Method | Hydraulic Operated (Manual Backup) |
| Control System | Electric Control + Optional PLC Automatic Control |
| Overall Dimension (L×W×H) | Customizable (Based on Configuration) |
| Weight | Customizable (Based on Configuration) |
The CMP1500 Planetary Concrete Mixer is engineered to excel in four key industrial fields, delivering tailored mixing solutions for each application:
UHPC requires precise mixing of cement, aggregates, steel fibers, and admixtures to achieve exceptional strength and durability. The CMP1500’s planetary mixing technology ensures uniform dispersion of steel fibers (even for high-volume fiber mixes) without clumping, while the adjustable mixing speed and time control optimize the hydration reaction of cementitious materials. This results in UHPC with consistent compressive strength, flexural strength, and durability—ideal for bridge construction, high-rise buildings, and precast UHPC components. As a dedicated UHPC planetary mixer, the CMP1500 shortens mixing cycles by 20-40% compared to traditional mixers, improving production efficiency significantly.
Glass production requires strict control over the mixing of raw materials (such as silica sand, soda ash, limestone, and cullet) to ensure uniform chemical composition and particle size distribution. The CMP1500 Planetary Mixer's sealed mixing drum prevents contamination and dust leakage, while the gentle yet thorough planetary mixing action avoids damaging fragile glass raw materials. The precise mixing control ensures that raw materials are blended evenly, laying the foundation for high-quality glass melting and forming—suitable for flat glass, decorative glass, and special glass production lines.
Refractory materials (including castables, ramming mixes, and pressed mixes) require intense mixing to ensure uniform distribution of binders, aggregates, and additives, which directly affects their high-temperature resistance and service life. The CMP1500 Planetary Refractory Mixer high-torque planetary mixing system handles high-viscosity refractory materials with ease, eliminating mixing dead angles and ensuring consistent density throughout the mixture. The wear-resistant liners and blades withstand the abrasion of hard refractory aggregates, while the optional dust collector reduces dust pollution in the workshop—making it suitable for large-scale refractory production in metallurgy, cement, and ceramic industries.
Precast components (such as concrete blocks, kerb stones, terrazzo tiles, paving blocks, and heavy-duty slabs) require stable, uniform concrete mixes to ensure consistent quality and dimensional accuracy. The CMP1500 Planetary Concrete Mixer delivers precise mixing of dry cast, wet cast, and fiber-reinforced concrete mixes, adapting to the diverse needs of precast production lines. Its efficient discharging system and compatibility with precast production lines (such as block making machines and wet press machines) streamline the production process, improving batch consistency and reducing production costs. The mixer’s ability to handle zero-slump concrete makes it ideal for dry cast precast components, ensuring high strength and surface smoothness.
