semi-dry mixer screed pump

The HWPXT200-D/A semi-dry mortar transfer pump can continuously transport various building materials. It is widely used in wall construction, floor leveling, and subgrade construction, accurately delivering semi-dry mortar to complex work surfaces such as high and low floors and narrow spaces, reducing the labor intensity and material waste of manual handling. Stable pressure control ensures uniform mortar spreading and dense grouting, effectively improving construction quality and progress.

The semi-dry mortar floor screed machine is mainly used in wall masonry and plastering projects, floor leveling, and subgrade construction. This semi-dry mortar pump can ensure uniform mortar laying through stable pressure output, avoiding the problem of inconsistent thickness caused by manual operation. It is especially suitable for construction needs in large-scale, high-rise, or complex conditions.

This semi-dry mortar pump mixer screed pump can transport materials horizontally and vertically. It’s built-in air compressor generates strong pressure and airflow, ensuring smooth material transport within the working range. Using this efficient semi-dry mortar pump, you can complete sizing operations more easily, quickly, and time-savingly than with traditional methods.

This diesel screed machine for mixing and transporting semi-dry mortar is equipped with a 60 kW diesel engine, providing strong and stable power support for its operation. It can easily handle high-load operations during semi-dry mortar mixing or long-distance transportation, effectively ensuring construction efficiency.

This pneumatic semi-dry mortar conveyor for floor screed features both horizontal and vertical bidirectional conveying capabilities. Its built-in air compressor delivers high pressure and strong airflow, effectively ensuring smooth and unobstructed transport of building materials within the work area. Compared to traditional construction methods, using this semi-dry mortar pump for slurry leveling significantly reduces operational difficulty, accelerates construction progress, and reduces overall labor time.