Wear Resisting 5 Inch 90D Twin Wall Elbow Used For Concrete Boom Pumps

Performance characteristics

High wear resistance: Due to the use of double-layer wear-resistant structure and high-quality wear-resistant materials, this elbow can effectively resist the wear of concrete on the inner wall, greatly extending the service life of the elbow, reducing the frequency of replacement, reducing maintenance costs and downtime.

Good sealing: The design and manufacturing process of the elbow ensures that the connection between it and the pipeline is tight, which can effectively prevent concrete leakage, ensure the continuity and stability of concrete delivery, and avoid material waste and environmental pollution caused by leakage.

High strength and pressure resistance: it can withstand the huge pressure generated by the concrete pump truck when conveying concrete under high pressure, even in the process of high pressure and large flow of concrete, there will be no deformation, rupture and other problems, ensuring the construction safety and smooth progress.

Application scenario

High-rise construction: In the construction of high-rise buildings, concrete boom pump trucks are required to transport concrete to higher floors, and 5-inch 90-degree double-layer wear-resistant elbows can be used for vertical and horizontal steering of pipes to ensure that concrete can be accurately delivered to each pouring site.

Bridge construction: In the process of bridge pouring, concrete needs to be transported to different locations, such as piers, bridge panels, etc., this elbow can meet the complex pipeline layout needs of bridge construction, ensure the smooth transportation of concrete, and provide guarantee for the quality of the bridge.

Water conservancy project construction: In the construction of DAMS, sluice and other water conservancy projects, the conveying volume of concrete is large, and the wear resistance and pressure resistance of elbows are required. The 5-inch 90-degree double-layer wear-resistant elbow can operate stably in harsh working environments to ensure the construction progress and quality of water conservancy projects.