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Magnetic brackets Cosplay
208263105
€5.00
6,05 € Tax incl.
6,05 € Tax incl.
Black metal magnetic snap clasps 14mm for cosplay and costumes. Firm, clean magnetic closure. Pack of 5 or 10 units.
Magnetic snap clasps for cosplay are metal closures with a built-in magnet that allow you to open and close armours, accessories and garments without complex seams or bulky mechanisms. At 14mm in diameter with a black finish, they integrate discreetly into any creation, providing a firm, clean and professional-looking closure.
Technical specifications
| Feature | Detail |
|---|---|
| Material | Metal |
| Colour | Black |
| Diameter | 14 mm |
| Closure system | Magnetic (built-in magnet) |
| Available formats | Pack of 5 units / Pack of 10 units |
| Main use | Cosplay, costumes, accessories, crafts |
What they are used for
These snap clasps are designed for any project where you need a quick, secure and aesthetically clean closure without compromising the visual finish. They are especially useful in cosplay work where the piece needs to be put on and taken off frequently without damaging the base material.
- Closures on armours and breastplates made from high-density EVA foam
- Securing shoulder pads, shin guards and other modular cosplay elements
- Invisible closures on bags, purses and leather or fabric accessories
- Joining pieces in theatrical and stage costumes
- Craft projects requiring a discreet magnetic closure
- Complement in costume garments where buttons or velcro are not viable
How to use them
- Decide the closure position on your piece and mark the points where each half of the clasp will go.
- Prepare the surface: if working on 5mm EVA foam or other foam, make sure it is clean and dry.
- Apply a suitable contact adhesive for the base material to the back of the clasp and to the area on the piece.
- Allow the adhesive to rest for the time indicated by the manufacturer before joining the pieces.
- Press each half of the clasp firmly into position for at least 30 seconds.
- If the material allows, reinforce the fixing with a stitch through the clasp holes for added security.
- Allow the adhesive to cure completely before putting the closure under tension.
- Check the alignment by bringing the two halves together: the magnet should engage with a clean click and release easily when pulled apart.
Usage tips
Choose the right adhesive for the base material
On EVA foam, contact adhesive is the most common option and offers the greatest resistance. If the clasp is going onto fabric, combine adhesion with a stitch reinforcement through the side holes of the clasp to prevent it from coming loose with repeated use. On thick soft materials, such as 10mm EVA foam, you can slightly embed the clasp using heat to achieve a flatter, more stable bonding surface.
Always align before fixing
The biggest mistake when fitting magnetic snap clasps is fixing one half without taking into account the exact position of the other. Before applying adhesive, close the piece as it will be worn, mark both positions simultaneously with a fine marker and check that the magnet engages correctly. A small misalignment can cause the closure to be strained or to open unintentionally.
Limit prolonged heat exposure
If you use a heat gun or thermoforming tool to shape the EVA foam after fitting the clasps, excessive heat can weaken the adhesive. Ideally, complete all thermal moulding before installing the closures, or if necessary, protect the clasp area with paper or masking tape during heat application.
Frequently asked questions
How much holding strength does a magnetic closure of this type have?
14mm magnetic snap clasps offer sufficient retention strength for cosplay pieces and light to medium-weight accessories. They are not designed to withstand intense structural loads, but on EVA foam armours and costume garments they perform with complete reliability. If the piece will be subject to repeated lateral tension, always reinforce with stitching.
Can they be used on pieces that come into direct contact with skin?
Yes, although as they are metal it is advisable to place a layer of material (lining, fabric, thin foam) between the clasp and the skin if worn for extended periods, for greater comfort and to avoid possible reactions in people sensitive to nickel or other metals.
Can this clasp be glued directly onto EVA foam?
Yes. High-density EVA foam, such as FRC FOAM, bonds well with contact adhesive. Clean the surface before applying, allow the adhesive to activate and press firmly. If the foam thickness allows, creating a small cavity with a hot punch or die improves the contact surface and visual finish.
What is the difference between these clasps and velcro for cosplay?
Magnetic snap clasps offer a visually cleaner closure, are quieter and do not accumulate lint or deteriorate with repeated use like velcro. The magnetic closure is also faster to operate. Velcro, on the other hand, is more affordable and distributes load better over large surfaces. For small pieces and quality finishes, magnetic snap clasps are the superior option.
How many units do I need for a complete armour?
It depends on the design, but a standard cosplay armour (breastplate + backplate + shoulder pads) typically requires between 6 and 12 clasps. The pack of 10 units is the most common choice for complete projects. For individual accessories or testing, the pack of 5 is sufficient.
Do the magnets interfere with nearby electronics or magnetic materials?
At 14mm and with the magnetic strength typical of this type of clasp, the field is highly localised. They do not pose a risk to standard consumer electronics as long as they are not in direct contact with magnetic stripe cards or other sensitive magnets. For costumes with LEDs or integrated circuits, keep the clasps at least a few centimetres away from the control board.
Can they be painted or finished with acrylic paint to disguise them?
Yes, they accept acrylic paint and enamels. For better adhesion on metal, first apply a metal primer or a thin coat of spray base paint. Bear in mind that painting the magnetic contact area may slightly reduce the holding strength if too many layers accumulate.
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