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Magnetic thread disc for precast concrete industry
Introduction
In the evolving precast concrete industry, efficient and secure positioning of threaded anchors during formwork assembly is essential. The Magnetic Thread Disc has emerged as a crucial component,securely position threaded inserts during formwork assembly.This magnetic accessory is specifically designed to facilitate threaded socket placement in precast concrete molds, ensuring structural integrity and reducing setup time. Below is a detailed introduction to this innovative product.
Key Features of the Magnetic Thread Disc
1. High Magnetic Strength
The magnetic thread disk is designed with a powerful rare earth magnet, the D50 provides a holding force of 588 N. It attaches securely to the steel formwork, preventing displacement during concrete pouring and curing. This strength enhances stability and ensures that the threaded sleeve remains in the correct position.
2. Easy Positioning and Reusability
The disc’s unique design allows it to be easily repositioned, allowing flexibility in the arrangement of threaded inserts. Furthermore, the Magnetic Thread Disc is crafted for repeated use, making it a cost-effective option for large-scale production operations.
3. Durable Construction
The outer layer is an iron shell coated with colored zinc, the disc withstands the demanding conditions of the precast concrete environment. This durability minimizes wear and tear, making the disc a reliable component in the production line for prolonged periods.
4. Precision Alignment
For applications where alignment accuracy is critical, the Magnetic Thread Disc ensures precision, helping the threaded inserts to remain precisely positioned. This is particularly advantageous for complex concrete elements requiring accurate alignment.
QCM Magnet: Magnetic Thread Disc Product Specifications
|
||||
|
Model |
D(mm) |
H(mm) |
Breakaway (kg) |
M |
|
D50*8 |
50 |
8 |
60 |
M10M12M14M16 |
|
D54*10 |
54 |
10 |
65 |
M18M20M24 |
|
D64*12 |
64 |
12 |
100 |
M16 |
Applications of Magnetic Thread Disc in Precast Concrete
In the precast concrete industry, the Magnetic Thread Disc is ideal for applications requiring the installation of anchors, threaded inserts, and other embedded parts in concrete elements. Common uses include:
- Wall Panels and Beams
Magnetic Thread Discs are frequently used to position threaded inserts in concrete wall panels and beams, helping to create secure lifting points or fixing anchors.
- Architectural Elements
The magnetic disc facilitates the precise placement of threaded components in decorative or complex architectural precast elements, meeting exacting design requirements.
- Utility and Infrastructure Components
In precast utility components, the disc enables reliable anchoring for conduits, cables, or lifting attachments, ensuring the durability and stability of the final concrete product.
Advantages of Using Magnetic Thread Disc
1. Enhanced Efficiency: With easy-to-use positioning and reusability, the Magnetic Thread Disc enables rapid formwork assembly, accelerating production timelines.
2. Improved Safety: The secure hold reduces the risk of misaligned or dislodged sockets, leading to fewer production errors and safer concrete handling.
3. Cost-Effective: Reusable and durable, the disc lowers overall production costs by reducing material wastage and assembly time.
Conclusion
The Magnetic Thread Disc is an essential innovation for the precast concrete industry, offering high-strength magnetic hold, easy repositioning, and accuracy in aligning threaded inserts. Its durability and reusability contribute to enhanced production efficiency and reduced operational costs. Whether for structural or architectural elements, this magnetic component is indispensable for any precast concrete production setup, ensuring quality and precision with every use.
By optimizing assembly processes and improving component placement accuracy, the Magnetic Thread Disc supports the growing demands of the precast concrete industry, providing reliable, efficient, and cost-effective solutions.