HZS35 Concrete Mixing Plant

HZS35 concrete mixing station is a small model concrete mixing station and is often called 35 stations by customers. The production line configuration of the concrete mixing plant consists of host, batching machine, screw conveyor and other related products. Its theoretical productivity is 35m3/h. The concrete mixing station is mainly divided into gravel feeding, powder feeding, water and admixtures. The four parts of feeding, transmission, stirring and storage, the whole body of the equipment adopts the integral steel structure casting. The high-quality H-shaped steel not only has beautiful appearance, but also strengthens the overall structural strength of the concrete mixing plant. The equipment is easy to install and can be applied to various complicated Terrain structure.

Zenaide MachineryHZS35 concrete mixing station has good stirring performance. The equipment adopts JS750 spiral twin-shaft forced mixing main machine to discharge 0.75m3 each time, not only strong mixing performance, but also can achieve good performance for dry hard, plastic and various proportions of concrete. The stirring effect. The batching machine will use the PLD1200 three-bin batching machine. The cement is stored in the cement warehouse, conveyed by the screw conveyor and measured by the cement scale. The equipment is applicable to small and medium-sized construction projects, prefabricated parts factories and commercial concrete production plants.

• Stable & Reliable

  6 step protection system ensures safety during operation
  Ethernet connections for fast and reliable communications
  Computer controlled manufacturing process

• Cost Effective

  Lower initial investment for quicker profits
  Lower aggregate capacity for lower energy consumption
  Lower loader fuel consumption results lower operating costs

• Small & Flexible

  Small footprint requires less site space
  Enter and exit on both sides. Flexible layout allows setup on any site

• Convenient & Fast

  Modular design allows an installation time of only 4 days
  Major components can be quickly and easily relocated