CONELE CR24 Intensive Mixer_High-Performance UHPC Mixing Solution

2025.12.22 | CO-NELE

In the construction industry, Ultra-High Performance Concrete (UHPC) has become the material of choice for an increasing number of modern construction projects due to its exceptional strength, durability, and workability. However, the mixing process of UHPC places extremely high demands on mixing equipment. To meet this demand, CONELE has launched the CR24 intensive mixer, specifically designed for UHPC mixing, providing efficient and uniform mixing results.

CONELE CR24 Intensive Mixer_High-Performance UHPC Mixing Solution

UHPC Mixer Product Features and Advantages
1. High-Efficiency Mixing
The CONELE CR24 intensive mixer utilizes advanced mixing technology to achieve extremely high-quality UHPC mixing in a short time. Its unique mixing method ensures thorough mixing of materials during the process, avoiding common problems such as segregation or unevenness.
2. Durability and Stability
The intensive UHPC mixer is designed considering the high hardness and density characteristics of UHPC. All key components are made of high-strength alloy materials, ensuring long-term stable operation under high load.
3. Intelligent Control System
Equipped with a modern intelligent control system, users can easily set mixing time, speed, and other parameters through a touch screen for precise control.
4. Environmentally Friendly and Energy-Saving
The CR24 intensive mixer not only excels in mixing performance but also boasts excellent energy efficiency. It uses high-efficiency motors and an intelligent energy-saving system, significantly reducing energy consumption.
5. Strong Adaptability
In addition to UHPC, the intensive mixer can also be applied to the mixing of other high-performance materials.

Success Case:
In a project in the Middle East, the CONELE CR24 intensive mixer has been successfully applied, helping the client achieve efficient UHPC mixing and construction. By using the CR24 intensive mixer, the client significantly improved production efficiency while ensuring concrete performance. It demonstrated its unique advantages, especially in projects requiring rapid and large-scale production.

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