Making all kinds of plating concrete pump cylinders (concrete cylinder pump)
Introduction
Concrete pump cylinders with plating are the most important components of concrete pump systems. These cylinders are usually manufactured in different sizes and require standard plating to extend the useful life and usability in harsh conditions. In this article, we examine the process of making concrete pump cylinders with an internal diameter of 1 to 2 mm.
Construction of concrete pump cylinder in Tehran
For the production of concrete pump cylinders, there are several steps that include selecting raw materials, cutting, forming, plating and ultimately quality control. Initially, raw materials such as steel with appropriate alloy are selected. Since the cylinder must be resistant to high pressure and wear, the choice of resistant alloy is of great importance.
Production process
In the first step, the raw materials are cut to the appropriate size. Then, using advanced machinery, cylinder formation is done. This process is designed to make the cylinders in a precise and accurate shape.
Plating of concrete pump cylinders in Tehran
After forming, the cylinders are transferred to the plating process. Plating increases the cylinder resistance to corrosion and abrasion. This step involves the use of various plating techniques such as electroplatin plating and thermal plating.
Quality control
All production cylinders are under quality control after the above steps. This control includes physical and chemical experiments that determine the ultimate quality of the product.
The use of concrete pump cylinders
Concrete pump cylinders have many applications in construction, infrastructure and construction projects. These cylinders are used in different parts of the project and play a key role in the speed and quality of the project.
Concrete pump cylinders in a variety of construction projects such as:
projects: In water and wastewater installation projects.
gravitational settings: In cases where concrete should be transferred to higher altitudes.
These cylinders must be designed and manufactured in a way that can deal with natural and environmental challenges.
Selecting raw materials to produce cylinders
For the production of concrete pump cylinders, it is important to choose raw materials. High quality alloy steels are usually used. These steels should have features such as:
wear resistance: because the cylinder must be resistant to repeat pressure and wear of concrete.
Corrosion resistance: The use of plating and protective coatings is felt at this stage.
Cylinder cutter
After selecting the raw materials, the next step is to cut and form the cylinder. At this stage, advanced equipment is used that are very precise in cutting and forming.
Cutting: The raw materials are cut into a sheet or pipe.
forming: Using advanced technologies, these materials are converted into pierced cylinders.
Cylinder plating process
plating is an important process that helps to enhance the cylinder properties. This step can be performed using several techniques:
Electropoline plating: This method involves placing the cylinder in an electrical solution that causes metal deposition on its surface.
thermal plating: Using heat, it creates a protective layer on the cylinder surface.
The quality control of the concrete pump cylinders
Once the plating stage is completed, the cylinders are sent to the quality control section. At this point, the cylinders are under physical and chemical tests to ensure their quality. Some experiments include:
Pressure Test: Cylinder capability to withstand high pressures
Testing Test: Evaluation of wear and corrosion on cylinder over time
Conclusion
Production of high quality, resistant concrete pump cylinders can have a significant impact on accelerating and improving the quality of construction projects. The Sushi Vision has produced high quality cylinders using the latest quality technologies and raw materials and is always trying to meet the standards of the world.
For more information on our products and services, visit the Vision Society.
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