LF60A Foam cement lightweight concrete mixing station is designed with a container structure, making it easy to install, move, and transport. The LF60A machine can be transported using a 6.5-meter truck.

Models of the LF60A mixing station are equipped with lightweight concrete density monitoring and control devices. These devices utilize a touch screen intelligent control system, providing intuitive display of equipment working status and various parameters. This allows for easy monitoring of the working status and centralized control.

Our company has developed a high and low-pressure density stabilization technology that ensures consistent density of the lightweight concrete output over both short and long distances. The density remains constant regardless of changes in conveying distance or height.

Our company has developed a lightweight concrete density monitoring and control device that is at the forefront of the industry in China. This device can be selected to test the wet density and dry density of the lightweight concrete produced by the equipment in real-time. It provides reliable data for engineering quality inspection.

► Features:

The foam concrete equipment is designed with a three-layer structure for powder metering, slurry mixing, and slurry storage. This allows for flexible combinations based on specific needs.

LF60A Foam cement lightweight concrete mixing station comes standard with a material batching measuring device. It enables separate measurement of cement, powder, water, and other materials, ensuring accurate control of material ratios.

Standard features include a daily production report output interface or printing device. This allows for the output or printing of daily consumption data for cement, fly ash, foaming agent, and other materials, as well as a summary of the lightweight concrete output.

The LF60A Foam cement lightweight concrete mixing station is equipped with automatic control and a lightweight concrete density monitoring and control device. It can automatically adjust the material ratio at the front end based on the detected density data, ensuring that the production of lightweight concrete meets the required density control.