Embedded Anchor Plate Magnet

Embedded Anchor Plate Magnet

The Embedded Anchor Plate Magnet uses high-grade neodymium magnets (NdFeB) as its core, and its magnetic strength is 5-8 times that of ordinary magnets. The unique embedded design of the Precast Concrete Embedded Anchor Plate Magnet perfectly combines powerful magnets with anchor plates, maintaining the convenience of magnetic attraction while providing additional security through mechanical anchoring. This dual fixing mechanism is particularly suitable for applications in vibrating environments or where long-term stable fixing is required.

Rubber box plate is suited for supporting steel plate, it was developed to work faster, easier to install and remove, and it will be easy to work in the next step. It is made of NBR grade to withstand oil and concrete, it has both magnetic. Customers can choose the steel plate size and the slope of the rubber, it is designed according to customer usage. Can be reused several times, by using the right disassembly tool.

Structure and Composition of Embedded Anchor Plate Magnet

The Embedded Anchor Plate Magnet is typically composed of rubber, iron, and a magnet. This design ensures durability and functionality in various applications.

Productivity	5000piece per monthly	Package	Carton+pallets
Lead Time	30days	Material	magnet+rubber
Brand	LSC	Pull Force	60kg (According to customer demand)
Size	Customized	Shape	Customized
Application	PC embedded	Quality	100%QC

Features of Embedded Anchor Plate Magnet

- Dual-Sided Magnetization: The magnet is magnetized on both sides. One side is fixed to a specified position on a table or metal mold, while the other side is used to secure the anchor plate. This dual-sided magnetization ensures stability and precision during the production process.

- High Holding Force: The magnets possess a high holding force, which prevents the iron plate from sliding or slipping during the production process. This feature is crucial for maintaining the accuracy of the components and reducing the rate of defects.

- Customizability: The rubble parts (or the adjustable components) can be customized to fit various sizes of anchor plates. This flexibility makes the magnet suitable for a wide range of applications and component sizes.

- Protective Design: The magnet is often sealed with rubber to protect it from corrosion and damage, ensuring its longevity and reliability in different environments.

Application of Precast Concrete Embedded Anchor Plate Magnet：

• Precast Concrete Production: In the production of precast concrete components, especially in Southeast Asian countries, anchor plates are commonly embedded on the edges of precast concrete walls. The Embedded Anchor Plate Magnet is used to fix these steel anchor plates in place, ensuring they remain stable during the casting process.

• Construction of offshore structures: In offshore engineering, similar concepts are used to anchor floating facilities. Although the dynamic embedded plate anchors (DEPLAs) mentioned in other contexts are different in design, the principle of using magnetic or mechanical fixings to secure components is relevant.

Why choose Embedded Anchor Plate Magnet?

✔ Improve efficiency: fast positioning and fixing, reducing manual adjustment time.

✔ Enhance safety: double fixing mechanism to prevent accidental falling off.

✔ Strong adaptability: high temperature resistance, anti-corrosion, suitable for harsh environments.

✔ Long-term economic efficiency: high durability, reducing replacement and maintenance costs.

The following are designed and produced for Polish customer PEKABEX: 

Our Polish customer PEKABEX visited our factory. During the visit, the customer was very satisfied with the quality of our Shuttering Magnets and Insert Magnets products etc.
After the meeting, we took the customer to experience Chinese food and tea. Our customer also learned how to properly drink tea?

If you have the opportunity, we look forward to your visit to our factory.

FAQ

Q: How is the Embedded Anchor Plate Magnet different from traditional magnets?

A: Traditional magnets rely only on magnetic force, while our products combine magnetic force and mechanical anchoring to provide dual fixing guarantees, especially suitable for high-vibration environments.

Q: How to choose a suitable model?

A: You need to consider factors such as the weight of the object to be fixed, the working environment temperature, and whether it needs to be disassembled frequently. Our technical team can provide professional selection suggestions.

Q: What should I pay attention to during installation?

A: Make sure the installation surface is clean and flat, choose the appropriate fixing method (screws or welding) according to the load, and avoid severe impact.