Use of precast concrete magnet

13 May.,2024

 

Use of precast concrete magnet

When making prefabricated parts for construction, it is necessary to fix the stencil on the pre-molded bottom plate. Since the flat pre-formed bottom plate cannot be destroyed, it is impossible to punch the tapping or welding the bump on the pre-molded bottom plate, and the pre-molded bottom plate is broken. When used, it affects the quality of the preform and increases the difficulty of detachment. Only the magnetic fixed magnetic box can be used to fix the template.

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After the pre-formed side plate is in position, align the bayonet of the magnetic box with the side of the pre-formed side plate or the curved bayonet with the bars of the reinforcing bar or tripod. Press the button lever and the magnetic component will leave the magnetic box. The bottom plate is sucked onto the pre-molded bottom plate and fixed. After use, the magnetic button can be removed by pulling the button bar on the bottom plate of the template fixed magnetic box with a Y-shaped fork. The existing magnetic fixed magnetic box can only be used to close the template in abutting manner, the magnetic box can only provide thrust thrust, and the template can still move and move laterally to the front of the magnetic box, and the template cannot be fixed. In addition, due to the harsh environment, there is often a foreign matter entering between the button button of the magnetic box and the perforation of the bottom plate, so that the button bar and the perforation are stuck and cannot slide.welcome to see our website:https://www.guanyetec.com/.

Unveiling the Secrets of Precast Concrete Magnets

In the intricate world of construction where precision meets innovation, precast concrete magnets are an often overlooked component that plays a critical role. In this article, we embark on a thorough exploration, unraveling the mysteries and highlighting the diverse applications of precast concrete magnets that are integral to modern architecture.

 

What are the Functions of Precast Concrete Magnets

The basic function of precast concrete magnets is to securely hold or hold precast concrete elements in place during the pouring and curing process. These magnets are embedded in or attached to formwork used in the production of precast concrete elements. Main functions include:

Positioning and Holding: Precast concrete magnets are designed to precisely position and hold steel formwork in place, ensuring concrete is poured into the desired shape and location.

Secure connection: The magnets provide a strong and stable connection between the formwork and steel bars, preventing any movement or misalignment during the concrete pouring and setting process.

Production Efficiency: By holding the formwork securely in place, these magnets help make the precast concrete manufacturing process more efficient. They help maintain the correct size and shape of concrete elements.

Reduced Labor Requirements: Using precast concrete magnets eliminates the need for additional support structures or manual labor to hold the formwork in place, saving labor and increasing productivity.

Reusable and Durable: Many precast concrete magnets are designed for multiple uses, making them a cost-effective solution. They are typically made from durable materials to withstand the harsh conditions of the concrete pouring environment.

 

Common Precast Concrete Magnets

1. Shuttering Magnets:


Shuttering magnets, also known as magnet boxes, Consist of a metal casing, a magnetic system, and an effective on/off button, which provides quick operation leading to improved efficiency when setting out and removing the formwork. Shuttering Magnet. With customized adaptors, Shuttering Magnet provides an ideal solution for almost all kinds of precast concrete formwork structures and construction for wood, aluminum, and steel shutters. Excel in holding formwork in place during concrete pouring and curing. They are designed for robust gripping strength and ease of use.

Applications:
Widely employed in wall and column construction for maintaining formwork alignment.
Suitable for large-scale projects where quick and secure formwork placement is essential.

 

2. Formwork Magnet

For more information, please visit Formworks Button Magnet.

Magnet formwork embeds NdFeB magnets directly into the template. There are 2-3 magnets in a magnet template, which is more convenient, efficient, and stable than a magnetic box. Through the adhesion of the magnetic blocks, the formwork is in close contact with the formwork, thereby fixing the formed formwork system. The formwork system that needs to be formed is fixed in this way.

 

 

3. Concrete Chamfer

Magnetic chamfers are widely used to secure steel formwork surfaces and steel workbenches for quickly and cleanly forming chamfers, beveled edges, drip molds, false seams, notches, and exposures on the corners and faces of concrete wall panels and Corner of some templates. Prevent concrete from overflowing from the gap between the precast concrete pouring platform and the side formwork.

 

4. Insert Magnet Pipe Fixed Magnet

As the precast concrete components need to reserve a variety of wiring troughs and wire holes, in the process of casting cement, to provide the groove or hole, the frame is difficult to fix. Insert magnet is a good solution if a built-in magnet can be firmly sucked into the bottom mold platform and the frame or the reserved tube is secured through a rod or lifting bracket.

 

Advantages of Common Precast Concrete Magnets
1. Improve the efficiency of the construction process
The common precast concrete magnets discussed above collectively help make the construction process more efficient. Its reliable grip strength, ease of use, and versatility simplify the casting, curing, and assembly stages, reducing overall project time.

 

2. Cost-efficiency through reusability
These magnets are durable and reusable, providing a cost-effective solution for construction projects. Their long life and ability to withstand repeated use help minimize expenses over the course of multiple projects.

 

3. Improve quality and accuracy
The use of common precast concrete magnets ensures increased quality and precision in the construction of the elements. By maintaining precise alignment of the template, these magnets play a key role in creating structures with consistent quality and structural integrity.

 

Conclusion
In conclusion, plain precast concrete magnets are the unsung heroes of the construction world, providing the necessary stability, precision, and efficiency for successful projects. From button magnets to threaded mounting magnets, each type serves a specific purpose and together enhances the construction process. As you begin construction, consider harnessing the power of these common precast concrete magnets to ensure the strength, reliability, and excellence of your foundation.

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