Understanding the Concrete Pump Hose: A Comprehensive Guide

Concrete Pump Hose


In the intricate and dynamic world of construction, the concrete pump hose stands out as a critical yet often overlooked component. This comprehensive guide aims to shed light on the pivotal role and intricate nature of the concrete pump hose. It’s not just a mere conduit for transferring concrete; rather, it is a sophisticated piece of engineering, crucial for the successful execution of modern construction projects.

Concrete pump hoses are the lifelines of many construction sites, serving as the crucial link between concrete pumps and the precise location where concrete needs to be delivered. Their importance is underscored by their robustness, versatility, and efficiency in handling one of the most fundamental materials in construction: concrete.

What is a Concrete Pump Hose?

A concrete pump hose is a flexible rubber hose used to transfer freshly mixed concrete from the pump to the desired location. It is made to endure the tremendous pressure and rough texture of flowing concrete, guaranteeing a consistent and regulated release.

concrete pump hose

Material: Usually constructed from sturdy, high-quality rubber, which is required to resist the high pressure during pumping and the abrasive character of concrete.

Reinforcement: The hose is often reinforced with steel or fabric cords to prevent it from bursting under the high pressure of the pumped concrete. This reinforcement also helps in maintaining the shape and integrity of the hose.

Flexibility: Despite its strength and durability, the hose is flexible enough to be maneuvered around obstacles and through various construction site terrains.

Length and Diameter: A concrete pump hose’s dimensions might change. While the length can be changed to meet the unique requirements of a project, the diameter is selected based on the pressure and amount of concrete required, enabling concrete to reach different parts of a construction site.

Pressure Rating: Concrete pump hoses are designed to withstand the specific pressures exerted by different types of concrete pumps, whether they are boom pumps, line pumps, or other varieties.

Types of Concrete Pump Hoses

  • Steel-Reinforced Hoses: They are well-known for being strong and resilient under strain, making them perfect for big projects.
  • Fabric-Reinforced Hoses: Lighter and more adaptable, making it ideal for tight places and smaller jobs.
  • Boom Hoses: Attached to a truck-mounted boom pump, used for high elevation concrete pouring.
  • Line Hoses: Used with line pumps for horizontal concrete transfer over long distances.

Key Features

Durability and Strength: Concrete pump hoses are designed to be extremely durable and strong. They need to withstand the abrasive nature of concrete as well as the high pressure during the pumping process. This durability is often achieved through materials like synthetic rubber and reinforcements with steel or fabric.

Flexibility: Despite their strength, these hoses are also flexible. This flexibility is crucial for maneuvering the hose around construction sites, navigating corners, and reaching different areas where the concrete needs to be poured.

builder worker standing near trailer-mounted boom concrete pump on metal rods reinforcement of concrete casting formwork

Reinforcement: To handle the high-pressure flow of concrete, the hoses are reinforced. This reinforcement usually comes in the form of steel or fabric cords woven into the hose, which helps to prevent bursting and maintain the integrity of the hose under pressure.

Abrasion Resistance: Given that concrete is a highly abrasive material, concrete pump hoses are designed to resist wear and tear. This ensures a longer lifespan and reduces the frequency of replacements.

Pressure Rating: These hoses are rated for different pressure levels to match the capabilities of various concrete pumps. The pressure rating determines the maximum pressure the hose can handle without failing.

Size and Dimensions: Concrete pump hoses are available in varying diameters and lengths to meet the needs of different projects. The diameter has an impact on the concrete’s flow rate, and the length can be selected depending on the required distance for transportation.

End Fittings: The hoses are equipped with specialized end fittings that allow for secure connections to the concrete pump and the delivery pipeline. These fittings are crucial for preventing leaks and disconnections under pressure.

Ease of Cleaning and Maintenance: Given that residual concrete can harden inside the hose, leading to blockages and damage, concrete pump hoses are designed to be relatively easy to clean and maintain.

Maintenance Tips

Regular Inspection: Check the hose for any signs of damage or wear before and after each usage. Examine the hose for any signs of weakness, such as cuts, abrasions, bulges, or excessive softness, which could indicate that it will burst under pressure.

Proper Cleaning: After every use, ensure that the hose is thoroughly cleaned to remove any residual concrete. Concrete left inside the hose can harden and create blockages or damage the lining. Use a sponge ball and water to clean the inside of the hose.

Avoid Sharp Bends: When in use, avoid sharp bends in the hose, as these can cause the hose to kink or wear out more quickly. Bends should be as gradual as possible to maintain the integrity of the hose.

Proper Storage: Store the hose in a dry, cool place, away from direct sunlight and extreme temperatures. Sunlight and heat can degrade the rubber material over time. It should be laid flat or hung in large loops to avoid kinking.

features of concrete pump hose

Avoid Exceeding Pressure Limits: Never exceed the manufacturer’s recommended pressure limits. Over-pressurizing the hose can cause it to burst or shorten its lifespan.

Handle with Care: During transport and handling, be careful not to drag the hose over abrasive surfaces, as this can cause external damage and weaken the structure.

Replace When Necessary: If a hose shows significant signs of wear or damage, it should be replaced immediately. Using a damaged hose can be dangerous and lead to accidents on the construction site.

End Fittings Maintenance: Regularly check the end fittings for any signs of wear, cracks, or damage. Ensure that the fittings are securely attached and not leaking.

Use Properly: Only use the hose for its intended purpose – pumping concrete. Using it for other materials or applications can lead to premature wear and failure.

Documentation: Keep a record of the hose’s usage and maintenance activities. This can help in identifying patterns of wear and scheduling routine maintenance or replacements.

Training and Awareness: Ensure all operators and workers are properly trained in the use and handling of the concrete pump hose. They ought to understand how to use the device safely and be aware of any potential risks.

Safety Measures

Regular Inspections: Examine the hose for wear, damage, or weakness before each usage.

Proper Connections: Check that the hose is securely connected to the pump and delivery system. Loose connections can lead to dangerous situations, including the hose detaching under pressure.

Pressure Monitoring: Monitor the pressure levels during operation. Exceeding the recommended pressure can cause the hose to burst, posing serious risks to nearby workers.

Avoid Sharp Bends and Kinks: When laying out the hose, avoid sharp bends and kinks, as these can weaken the hose and lead to failure under pressure.

safety guidance

Clear Area: Keep the area around the hose clear of unnecessary personnel during pumping. In case of a hose whip or burst, this reduces the risk of injury to workers.

Use of Safety Devices: Utilize safety devices such as whip checks, which can help restrain the hose if it becomes detached from its fittings.

Proper Handling and Movement: When moving the hose, do it carefully to prevent sudden movements that can cause the hose to whip. Ensure the hose is supported adequately to avoid strain.

Wear Protective Gear: Workers should know how to shut down the pump immediately and how to react in case of an emergency.

Emergency Procedures: Have clear emergency procedures in place in case of hose failure or other accidents. Workers should know how to shut down the pump immediately and how to react in case of an emergency.

Environmental Considerations: Keep an eye out for environmental elements that could compromise the safety of hose operations, such as the surrounding structures, topography, and weather.

Maintenance and Storage: Follow proper maintenance and storage procedures to keep the hose in good condition and reduce the risk of failures.


The concrete pump hose is more than just a conduit for concrete. It’s an essential tool that demands proper understanding, maintenance, and handling. By choosing the right type, maintaining it adequately, and adhering to safety standards, construction professionals can ensure the efficient and safe delivery of concrete to their projects.


CONCRETE PUMP MAINTENANCE TIPS Posted On: 03/19/2019 | Posted by: DY Concrete Pumps

High Pressure Capability: Designed to withstand up to 800psi, ideal for pumping concrete, plaster, and wet cement in demanding environments.
Enhanced Durability: Constructed with robust materials, these hoses offer superior resistance to wear and tear, resulting in lower replacement costs.
Versatile Application: Suitable for a wide range of construction scenarios, including building structures, dams, tunnels, and pools, ensuring efficient material transport.
Wide Temperature Range: -40℃ to +70℃(-40℉ to +158℉)
High abrasion resistant tube, abrasion loss value: DIN53516 70±5mm3
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