10 Questions You Should to Know about Shuttering Magnet Factory

Understanding Shuttering Magnets for Precast Concrete Formwork

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1. Cleaning and Maintenance

Immediate Cleaning

After using the shuttering magnet, promptly clean it to remove any concrete residue, soil, and other debris using methods like brushing, compressed air, or water rinsing.

2. Anti-Corrosion Coating

Protective Layering

Applying an anti-corrosion coating to the magnet's surface is recommended, especially in moist or corrosive environments. This helps guard against oxidation and corrosion.

Choosing the Right Coating

Select a coating that is compatible with concrete and does not affect the magnet's performance.

3. Storage Environment

Optimal Storage Conditions

Store the shuttering magnet in a dry, well-ventilated area when not in use. Avoid exposure to dampness, acidity, or alkalinity to prevent damage.

4. Regular Inspection

Inspection Intervals

Routine inspections are crucial for magnets that are frequently used. Check for surface conditions, connecting bolts, nuts, and other components for looseness, damage, or corrosion.

Immediate Repairs

Address any issues with prompt repairs or replacements.

5. Avoid Overloading

Stick to Design Limits

Do not exceed the designed load limits to prevent deformation, fractures, or failures that could compromise the safety and stability of the structure.

6. Temperature Considerations

Managing Extreme Temperatures

Extreme temperatures can affect magnet performance. Ensure the magnet operates within the designated temperature range to avoid issues.

7. Manufacturer's Recommendations

Follow Guidelines

Adhere to the guidelines and recommendations provided by the manufacturer for different types of shuttering magnets.

8. Caution with Tools

Correct Tool Usage

Use appropriate tools and be cautious when dismantling or adjusting shuttering magnets to prevent damage or injury.

9. Regular Maintenance Records

Documenting Maintenance

Maintain a record of maintenance activities such as cleaning, inspection, repairs, and replacements to track usage patterns and performance changes.

10. Importance of Maintaining Shuttering Magnets

Ensuring Quality and Safety

Proper maintenance of shuttering magnets is key to ensuring the quality and safety of prefabricated concrete structures.

Longevity through Maintenance

Consistent cleaning, anti-corrosion coatings, regular inspections, and following the manufacturer's guidelines can extend the lifespan and reliability of the magnet.

Precast Concrete Shuttering Magnets

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precast concrete magnet since and 9 years of export experience.

Shuttering Magnet for Precast Formwork

Precast concrete magnets are very popular in modern civil engineering. In the past 5 years, conventional magnets required considerable mechanical loads with a hammer, which damaged the formwork tables and fragile neodymium magnets. GME has developed its own shuttering magnet to solve these issues, known as button magnets and magnetic boxes. They provide quick operation and high efficiency for setting out and removing formwork. These magnets offer adaptability for various types of formwork structures and construction materials.

Key Benefits of Shuttering Magnets

Easy Installation and Universal Use

These magnets allow for easy installation and can be used universally for mass production of concrete products, saving time and costs significantly.

Compatibility with Different Materials

Integrated threaded holes and adapters make it possible to connect with wood, steel, and aluminum formworks without the need for welding.

Longevity and Cost Efficiency

With a long service life, these magnets are reusable, leading to a low cost and short payback period.

Structure and Elements of Shuttering Magnets

Magnet On/Off Switch

Features a stainless steel switch with a lifespan of over 100,000 operations to avoid deformation and malfunction.

Fixing Screws

Fixing screws can secure different kinds of side rails and blocks, produced according to national standards.

Strong Neodymium Magnet

Uses high-grade N & M Grade neodymium magnets produced by GME, ensuring stronger magnetic strength and higher coercive force compared to competitors.

How Shuttering Magnets Work

Magnetic Circuit Design

Designed with multiple strong NdFeB magnets in a tight space to create a significantly strong magnetic field through a stable magnetic circuit.

Specifications and Details

For more detailed specifications, kindly visit Magnetic Steel Triangle Chamfer Factory.

Why Buy Shuttering Magnets from Us?

Experience and Quality

With over 15 years of experience in NdFeB magnet production, GME ensures high-quality magnets with a 3-year warranty.

Competitive Pricing and Fast Lead Time

GME offers competitive pricing and fast delivery times, meeting high standards of quality and inspection.

Shipping and Handling

Packing Options

Shuttering magnets are packed in double-wall corrugated cartons with protective foam layers, and options for pallet or wooden case packing for sea shipping.

Requirements for Air Shipping

All magnetic items need to be magnetically shielded to meet airline standards for safe air transportation. This includes inserting thick iron sheets between the foam and carton walls.

Using Shuttering Magnets

Easy Operation

Simply place the magnet on the precast concrete platform and press the button to activate the magnetic field. Use tools like a crowbar when removing magnets with a pull force over 900Kg.

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