How many feet can you pump concrete? The height to which you can pump concrete depends on the type of pump used, the mix of the concrete, and specific site conditions, but typically:

　　1. A small line pump might be able to pump concrete up to 200 to 300 feet horizontally (with less vertical height) under ideal conditions.

　　2. A larger line pump could manage up to 600 to 800 feet horizontally.

　　3.  Boom pumps can generally pump concrete much further—upwards of 100 feet vertically and hundreds of feet horizontally depending on the model and configuration.Boom pumps can generally pump concrete up to around 500 feet vertically. Some specialized pumps have even reached heights of over 1,000 feet, such as in high-rise construction.

　　4.Line Pumps: These use hoses or pipes and are more suited for horizontal or lower-level pumping, typically reaching up to 150 feet vertically, depending on the pump and concrete mix.

　　The distance that a pump can send concrete is not just about the length in feet but also includes considerations such as:

　　1. Type of Pump: There are two main types of pumps used for concrete: line pumps and boom pumps. Line pumps typically use a hose that can be attached to a pipeline, allowing for more flexibility but with limited reach compared to boom pumps. Boom pumps have a telescopic arm that can place concrete accurately over long distances and heights.

　　2. Concrete Mix Design: The mix design of the concrete can affect its pumpability. For longer distances, a more fluid and self-consolidating mix may be required to prevent blockages in the pumping lines.

　　3. Vertical Height: Pumps need to overcome gravity when pumping concrete vertically, which reduces their effective horizontal range. The higher the vertical rise, the shorter the effective horizontal distance will be.

　　4. Pump Size and Power: Larger and more powerful pumps can push concrete farther than smaller ones. The size of the pump’s engine, the diameter of the pipes, and the pressure it generates all contribute to the pump's capacity.

　　5. Mix Aggregates and Additives: The type and size of aggregates in the mix, along with any admixtures or additives, can influence how easily the concrete flows through the pump.

　　Factors that affect this range include:

　　Concrete mix: More viscous mixes with lower slump values are harder to pump at higher levels.

　　Pump power and pipe diameter: Higher power and larger-diameter pipes can transport concrete further.

　　Environmental conditions: Temperature and humidity can affect how far concrete can be pumped.

　　For extremely large projects requiring very high volume and distance, special equipment or multiple pumps in series might be necessary.