Performance characteristics:
- Uniform mixing and excellent quality
Salong mixing system adopts advanced mixing technology and design to ensure that all kinds of raw materials are fully mixed and evenly distributed in the mixer. Whether it is double horizontal shaft concrete mixer, vertical shaft forced mixer or floor-standing drum mixer, it can ensure the mixing efficiency while realizing the high quality output of concrete and meet the requirements of concrete strength for various projects.
- Short mixing time and high productivity
The system-optimized mixing process and efficient mixing mechanism design make the mixing time much shorter, while ensuring the uniformity and stability of concrete.
- Long component life and low maintenance costs
Salix mixing systems are made of high-quality materials and wear-resistant parts, which are precisely processed and subject to strict quality control to ensure long service life of the equipment under severe working conditions.
- Easy installation and low construction costs
The modular design of the system makes the installation process easier and faster. At the same time, due to the compact structure of the equipment, small footprint, greatly reducing the construction costs, providing customers with more flexible and economic options.
- Easy operation and maintenance, high degree of intelligence
The mixing system is equipped with an advanced control system that supports automated operation and remote monitoring, making the operation easier and more intuitive.
Main Technical Parameters:
- Mixer type: double horizontal shaft concrete mixer, vertical shaft forced mixer, floor-type drum mixer, etc. (customized according to customers' requirements)
- Mixing capacity: customized according to customers' requirements, covering various scales from small to large-scale mixing plants, such as 0.5m³ to 6m³, etc.
- Mixing time: according to the material characteristics and proportioning requirements, generally no more than 3 minutes to ensure efficient production.
- Motor power: according to the mixer type and capacity, usually between 15kW and 200kW.
- Control system: PLC automatic control system, supporting remote monitoring and fault diagnosis, improving production efficiency and management level.
Main application areas:
- Construction industry
The mixing system is widely used in all kinds of construction projects, such as high-rise buildings, commercial complexes, residential neighborhoods, etc., to provide high-quality concrete mixing for concrete construction and ensure the quality and progress of the project.
- Road and Bridge Construction
In the construction of roads and bridges, the mixing system provides a large amount of stable and reliable concrete to support the construction of various roads, bridges, tunnels and other infrastructures, ensuring the smooth progress of the project.
- Precast Production
In the production of precast concrete components, the mixing system can accurately proportion all kinds of raw materials, improve the strength and durability of the components to meet the market demand, and is widely used in the fields of construction, transportation, and water conservancy.
- Water Conservancy and Harbor Engineering
Water conservancy and port projects require extremely high quality of concrete, and the mixing system can stably produce high-quality concrete, which supports the construction of various water conservancy facilities and port terminals and ensures the reliability and safety of the projects.
Important Tips:
- Regular Inspection and Maintenance
In order to ensure the normal operation and prolong the service life of the mixing system, the equipment should be inspected and maintained regularly, including cleaning, lubrication, fastening, etc., so that potential problems can be found and dealt with in time.
- Correct operation and use
Operators should use the mixing system in strict accordance with the operating procedures to avoid misoperation leading to equipment damage or production accidents. At the same time, they should familiarize themselves with the performance characteristics of the equipment so as to take correct countermeasures in case of emergency.
- Material quality control
The output quality of the mixing system is directly affected by the quality of input materials. Therefore, the quality of raw materials should be strictly controlled to ensure accurate proportioning and avoid unqualified materials entering the mixing system and affecting the quality of concrete.
- Safety Protection
The mixing system may have certain safety risks during operation. Therefore, necessary safety protection measures, such as protective cover and emergency stop button, should be set up to ensure the safety of operators. Meanwhile, the safety facilities should be inspected and maintained regularly to ensure their effectiveness.