Why Choose Our Concrete Pump Pipe

• We produce high-quality concrete pump pipes and concrete pump delivery pipes using materials from ST52 to 65Mn, greatly reducing the risk of pipe bursts under 100+ bar pumping.
• We offer lengths from 3m to 6m, fully customizable to your specific project needs.
• Wall thickness ranges from 3mm to 12mm, effectively resisting wear from concrete friction.
• Our heat treatment process extends service life by 3–5 times compared to ordinary pipelines and reduces replacement frequency on site.
• Flange types include SK, HD, MF, ZX and others, compatible with most concrete pumps.

What Is Concrete Pump Pipe

Concrete pump pipes are made from steel, primarily responsible for transporting concrete to the pouring location. It is the most critical parts in concrete delivery system, especially in high-rise and long-distance pumping projects. High-pressure pumping typically operates at 85 to 130 bar or even higher. Continuous high-pressure pumping causes gradual wear on the inner pipe wall, leading to pipeline failure and even work stoppages, which is the most common problem in engineering projects. Therefore, selecting a proper pipe and material is essential for maintaining stable concrete flow and minimizing unexpected interruptions.

We offer a full range of concrete pump pipes, including concrete pump slicklines, lay down pipes, concrete pump boom pipes, and twin wall concrete pump pipes to meet different working conditions or project requirements for you.

Key Features of Our Concrete Pump Pipe

• Heat-Treated for Durability

Our heat-treated pipes are tough enough to improve reliability construction on site and help you finish your project on schedule.

• High Compatibility with Major Brands

Compatible with Putzmeister, Schwing and other major brands, these durable concrete pump pipes offer a long service life to increase your rental return.

• Standard Sizes for Easy Install

Standard dimensions fit perfectly with common connectors and flanges, reducing installation time on site.

• Affordable Factory Pricing

From standard to custom sizes, we offer factory-direct pricing to meet all your stocking needs.

• Stable Supply & Flexible MOQ

We offer flexible MOQs and reliable delivery to support your stable production and long-term supply partnerships.

Professional Heat-Treated to Extends Your Concrete Pump Pipes Lifespan

Each concrete pump pipe is professionally heat-treated. Features both high outer toughness and a hardened inner wall. This extends service life by 3 to 5 times compared to standard concrete pump boom pipes, which significantly reduced wear caused by friction against the concrete.

Better Quality, Better Price for You

As a direct manufacturer, we provide highly affordable pricing without compromising on quality. You benefit from superior concrete pump delivery pipes at competitive costs, helping you save more on long-term operating expenses with fewer replacements and lower maintenance fees. We look forward to being your reliable and trusted partner.

Concrete pump delivery pipes type:

1) Lay Down Pipe:

Lay Down Pipe is widely used in trailer pumps. The main materials are ST52 and Q235 with a thickness of 3 mm and 6.5 mm for lower-demand work conditions. Lay down pipes are not quenched and widely applied for short-term use. Lay down pipes are often used together with concrete pipe hoses. Generally, they are usually supplied as single wall pipes and are the most widely used product in concrete pumping. SK, HD, MF, and ZX flanges are available.

Features: Low cost, easy to install and replace, ideal for short-term projects.

2) Concrete Pump Boom Pipe:

This pipe is used on concrete pumps and placing booms. Since the pipe has to withstand high pressure from the pumps, the wall thickness is thicker than lay down pipes. Meanwhile, the material is more durable than ST52. They are typically made from 45Mn, G500M, G550M, G650M, and chrome carbide lined pipes with welded ends. We offer hardened single-wall, twin-wall and composite concrete pump pipes, with wall thickness ranging from 4mm to 11mm.

Features: High wear resistance, long service life, stable performance under high pressure.

3) Deck Pipe:

This pipe is installed near the deck of concrete pump trucks and it has a heavier weight than boom and laydown pipes. The material is made of NB600, N400, G500M and so on, with wall thickness from 7mm to 11mm. Both single wall and twin wall pipes are available. All the deck pipes are heat treated.

Features: High strength, good impact resistance, suitable for heavy-duty working conditions.

Other Details of Concrete Pump Pipes

1.Common Specifications & Models

Common materials: S235, ST52, 42CrMo, 65Mn.

Pipe diameter: DN65, DN80, DN100, DN125, DN150, (most commonly used in construction projects)

Standard length: 1m, 2m, 3m, 6m (customizable according to project needs)

Flange outer diameter (matching pipe size): 67mm, 89mm, 97mm, 114mm, 122mm, 127mm, 168mm, 175mm, 195mm, 205mm

Wall thickness: 4mm 4.5mm, 5mm, 6mm (matched with different pressure requirements)

Core advantages: Strictly control wall thickness tolerance (±0.5mm), smooth inner wall without defects, strong pressure resistance, and no easily damaged parts.

Wall thickness & Working Pressure：

Wall thickness ≤ 5mm: suitable for working pressure up to 80 bar

Wall thickness ≥ 6mm: designed for higher pressure conditions

Customization service: Support personalized customization of diameter, length, and wall thickness to perfectly fit your construction equipment.

2.Main Welding Types

Socket welding

The pipe end is designed with a socket / groove. The flange is inserted into the socket and then welded. This structure is more stable and less likely to deform.

Butt welding

The pipe end and flange are directly connected on the same plane and welded together. It features a simple structure and smooth internal flow channel.（The mainstream and most widely used type for concrete pump pipes）

3.Pipe Classification by Market

American Market: Mostly use HD pipes

(HD type flanges and dimensions are the standard design for local pump trucks and construction equipment.)

European Market: Generally use SK / metric pipes

(SK and metric systems are widely accepted as the unified industrial standard across European countries.)

4.Application Notes

• Do not run the pump without concrete (avoid dry running and prevent pipe damage).
• Regularly check the pipe wear condition, and replace it in time if severe wear is found.
• Store the pipes in a dry, well-ventilated place to avoid dampness and corrosion.
• Ensure the pipe connection is tight during installation to prevent looseness and affect construction efficiency.
• Avoid violent collision during handling and installation.
• Do not overload the pipes beyond their rated working pressure.

Package

We provide three main packaging methods:

• Loose packing：Pipes are loaded into containers directly without bundling.

Advantages: Maximize container space, widely used in Southeast Asia and India.

• Bundled packing：Pipes are bundled into groups with steel strips for easier handling.

Advantages: Convenient unloading, save on manual handling, most popular in Europe and America.

• Wooden pallet packing：Pipes are fastened on standard wooden pallets.

Advantages: Better protection during transport, easy for forklift operation and storage.

*We will equip each pump pipe with a pipe cap to protect the flange.

*A 20” container can hold 200–300 concrete pump pipes.

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Tips for Concrete Pump Pipes Cleaning

How to Clean Concrete Pump Delivery Pipe

Please Clean the pipe immediately after construction and finish cleaning before the concrete sets. Once concrete hardens, it will be extremely difficult to wash.

Water washing is the most common method. Use sufficiently pressurized clean water to flush the inside of the pipes from the end to the pump until the water runs clear.

Sponge ball cleaning is highly recommended for better and faster cleaning.

Checks After Cleaning

• Check the inner wall for wear or cracks.
• Clean residual concrete from the flange surface.
• Ensure no concrete remains on the sealing ring to guarantee a good seal.
• After the inner wall has dried, install the pipe cap and store the pipe properly to prevent impurities from entering.