The Benefits of Purchasing HZS60Q Concrete Batching Plant
♦ EP regards quality as the lifeline of the enterprise and is committed to providing customers with the best quality products and services. Through strict quality management system and standardized production process, to ensure that each mixing station has been strictly tested, in line with high quality standards.
♦ Transparent service process, customers can know the progress of the service at any time, enhance trust. Pay attention to customer feedback, and constantly optimize the service content and quality to better meet customer needs.
♦ Provide professional technical support to ensure that the equipment maintains the best performance during use and reduces the occurrence of failures. Spare parts supply guarantee to ensure that your equipment gets the best support and protection to extend the service life.
♦ Efficient and stable material handling. Stationary concrete batching plant (stationary concrete batching plant) uses a belt conveyor system, which can continuously and stably transport various raw materials (such as cement, aggregate, fly ash, etc.) to the mixer. Compared to other types of conveyance, batching plant’s belt conveyance system is adapted for long-distance conveyance, providing an efficient material supply and ensuring a smooth production process.
♦ Precise concrete ratio and high quality control. The automated control system in the Concrete mixing plant is able to precisely adjust and control the ratio of each raw material, thus ensuring that the quality and strength of each batch of concrete is up to standard. Whether in small or high volume production, concrete batch plant provides consistent and high quality concrete, especially suitable for large construction projects with strict concrete quality requirements.
♦ Suitable for large-scale project production. Stationary concrete batching plants are particularly suited to the needs of large-scale projects. The efficiency and stability of its belt conveyor system enables it to cope with the high demand of concrete production, whether it is infrastructure construction or large construction projects, batching plant consistently delivers high yields of concrete, ensuring that projects move forward on time.
♦ Reduce manual intervention and improve production efficiency. Modern stationary concrete batching plant adopts advanced automation technology, which can reduce manual operation and improve production efficiency. The automated system monitors and adjusts production parameters in real time to ensure the accurate ratio and mixing of materials, improve the reliability and consistency of production, reduce manual errors and operation time, and greatly improve production efficiency.
♦ Environmental protection design, reduce dust pollution. Concrete batching plant is usually equipped with a sound dust removal and noise control system, which can effectively reduce the dust and noise pollution generated in the production process. The belt conveyor system also has a sealed design to prevent material leakage during delivery and ensure a cleaner working environment. Especially in urban construction and projects with high environmental requirements, this environmental design is very important.
♦ Environmental protection design, reduce dust pollution. concrete batching plant is usually equipped with a sound dust removal and noise control system, which can effectively reduce the dust and noise pollution generated in the production process. The belt conveyor system also has a sealed design to prevent material leakage during delivery and ensure a cleaner working environment. Especially in urban construction and projects with high environmental requirements, this environmental design is very important.
Parameters of HZS60Q Concrete Batching Plant
Model | unit | HZS60 |
Theoretical productivity | Cubic meter/hour | 60 |
Mixer Model | – | JS1000 |
Stirring motor power | kilowatt | XXXVII |
Feeding method | – | Belt conveyor |
Cycling cycle | s | 60 |
Maximum aggregate size | Millimeters | F80 |
Aggregate silo capacity | cubic meter | 3*12 |
Discharge height | rice | 4.0 |
Aggregate weighing accuracy | – | ±2% |
Power weighing accuracy | – | ±1% |
Water weighing accuracy | – | ±1% |
Additive weighing accuracy | – | ±1% |