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Buy Electric Box Insert Magnet for Precast Concrete Exporters, Companies
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Buy Electric Box Insert Magnet for Precast Concrete Exporters, Companies
Electric Box Insert Magnet secures electrical boxes in precast concrete, ensuring precise positioning, reusable efficiency, and safety during construction.
The Electric Box Insert Magnet for Precast Concrete is a magnetic fastening device used in the production of precast concrete. It is primarily used to secure electrical boxes and other embedded components in precast concrete assemblies. The magnet ensures accurate positioning and fastening of electrical boxes and other embedded components during the concrete placement process, thereby improving construction efficiency and component quality.
Model
D (mm)
L (mm)
W (mm)
H (mm)
Maximum Pull Force (kg)
D90*30
90
-
-
30
100
71*71*30
-
71
71
30
100
Advantages and Features
1. Material and Structure
Usually consists of a high performance NdFeB magnet, a steel housing and a threaded rod. The steel casing not only protects the magnet from external damage, but also concentrates the magnetic force to the contact surface, resulting in a higher attractive force.
2. Magnetic Design
Reasonable magnetic circuit design and mature production process ensure high quality and durability.
3. Easy to Operate
The insert magnet design makes the installation and removal of the electrical box easy and quick, ensuring high efficiency during construction.
4. Reusable
These magnets are reusable, cost-effective and easy to handle.
5. Safety
The use of magnetic fixtures reduces the need for manual clamping or tightening, reducing safety risks during construction.
6. Environmental Adaptability
The surface of the magnet is usually coated with anti-corrosion coating, able to work properly in environments up to 80 ℃.
Application Prospects
1. Precast Concrete Components
The Electric Box Insert Magnet is widely used to secure electrical boxes and other embedded components in the production of precast concrete wall panels, beams, columns and other structural components. It ensures accurate positioning of these components during the concrete placement process, thereby improving the quality and consistency of the assembly.
2. Building Electrical System
In the electrical system of a building, this magnet can be used to fix the wire troughs and conduits, avoiding leaving marks on the concrete surface and improving the neatness and aesthetics of the construction.
3. Green Building Model
With the shift of construction industry to green building model, precast concrete pouring has become an energy-saving, environmentally friendly and efficient way of construction. Electric Box Insert Magnet plays an important role in this process.
Application of Electric Box Insert Magnet for Precast Concrete
Precautions
1. Avoid High Temperatures
High temperatures in excess of 80°C should be avoided when handling or storing as they may cause a weakening or complete loss of magnetism.
2. Handling Safety
It is recommended to wear gloves to prevent pinching of hands during impact and to keep away from electronic equipment and unnecessary magnetic metals.
3. Avoid Covering
Avoid covering the magnet surface while pouring concrete to maintain its magnetic properties.
Through these features and applications, Electric Box Insert Magnet for Precast Concrete shows a broad application and significant advantages in the precast concrete industry.
Frequently Asked Questions
Q1: What is the main function of the Electric Box Insert Magnet?
A1: It is used in precast concrete production to secure and accurately position electrical boxes and other embedded components during the concrete placement process.
Q2: What is the maximum temperature this magnet can withstand?
A2: The magnet is designed to work in environments up to 80°C. Exceeding this temperature can lead to a weakening or complete loss of magnetism.
Q3: Are these magnetic devices reusable?
A3: Yes, these insert magnets are reusable, easy to handle, and provide a cost-effective solution for precast concrete production.
Q4: What material construction is used for these magnets?
A4: They typically consist of a high-performance NdFeB magnet, a protective steel housing that concentrates magnetic force, and a threaded rod.
Q5: What safety precautions should be followed during handling?
A5: We recommend wearing gloves to avoid hand pinching from magnetic impacts, keeping the magnets away from electronic equipment and other magnetic metals, and ensuring the magnet surface is not covered by concrete during pouring.
Q6: How do these magnets benefit the green building model?
A6: In the transition to green building models, they support energy-saving, eco-friendly, and efficient precast concrete pouring processes by securing necessary fixtures cleanly without leaving unwanted marks on concrete surfaces.
