Shuttering Magnet Of Side Rods

Specification of Shuttering Magnet of Side Rods

Core Component: Where is it used?

When pouring concrete walls, columns, and beams, two parallel formwork panels (usually steel) are first used to define the desired shape and spacing. To resist the immense lateral pressure of the concrete and prevent the formwork from deforming or popping, metal rods called "tie rods" or "side rods" are used to tie and secure the two panels.

"Shuttering Magnets of Side Rods" are devices used to secure the ends of these rods.

Application Scenario: Who needs it most?

Large-scale commercial complexes and residential projects: Construction sites with strict deadlines and requiring rapid formwork turnover.

Infrastructure projects, such as bridges, tunnels, and dams, utilize large quantities of formwork and place extremely high demands on safety and efficiency.

Precast component plants: On standardized, repetitive production lines, magnetic formwork maximizes its efficiency advantages.

In precast concrete plants, are you still struggling with the following issues?

Screw and bolt fastenings require at least 2 hours for assembly and disassembly, resulting in high labor costs.

High-frequency vibrations from the vibrating table cause side formwork to shift, resulting in a rework rate exceeding 5% for component dimensional tolerances.

Repeated drilling of steel formwork leads to a scrap rate of up to 30% per year, driving up hidden costs.

This is why Shuttering Magnet of Side Rods are a favorite among project managers and workers.

How to Use Sidebar Formwork Magnets

Place the precast concrete fixing magnet box in the designated location. Press the switch, and the fixing magnet box will attach to the formwork platform. Use a specialized crowbar to pry the switch up. This increases the distance between the magnetic array and the formwork platform, releasing the attachment. Fixing screws can be used to secure various types of sidebars and clamps.

Customer Positive Feedback:

How to choose a high-quality and reliable magnetic formwork?

Magnetic strength: Confirm whether the maximum pull-out force can meet the concrete lateral pressure requirements of your project.

Material and craftsmanship: The outer shell should be made of high-strength, corrosion-resistant steel, and the internal magnets must be well protected to prevent impact and shattering.

Brand and reputation: Choose a brand with numerous successful cases and a strong industry reputation for greater assurance of quality and after-sales service.