A magnetic car mount only holds a phone that has something steel on it, and this metal plate is that piece: a round iron disc about 0.3 mm thin with an adhesive back. Pick a 30 or 35 mm diameter in silver or black, in packs of 1, 3 or 5 so a second phone or a spare case gets one too. It is part of our Electronics collection.
Key features
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Three ways to fit – on the phone, on the case, or hidden inside the case
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About 0.3 mm thin – slides inside a case without a bulge
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Adhesive backing – a double-sided adhesive pad comes on each disc
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Two diameters – 30 mm for small phones, 35 mm for more magnet contact
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Silver or black – black blends with dark cases
Specifications
| Shape |
Round disc |
| Diameter |
30 mm or 35 mm |
| Thickness |
About 0.3 mm |
| Material |
Iron sheet with double-sided adhesive |
| Packs |
1, 3 or 5 discs |
| Colours |
Silver or black |
In the box
- 1, 3 or 5 metal plates with adhesive backing in the chosen size and colour
Use
- Wipe the surface clean and dry before sticking, and press for 30 seconds
- Keep the plate off the wireless charging coil
Frequently asked questions
Where do I stick the metal plate for a magnetic phone holder?
Stick the metal plate on the back of the phone, on the outside of the case, or inside the case between case and phone, where it stays out of sight.
Should I choose the 30 mm or 35 mm metal plate?
The 35 mm metal plate gives a larger contact area for heavier phones and bigger mount magnets, while the 30 mm plate suits smaller phones and narrow cases.
Will the metal plate block wireless charging?
Yes, a metal plate over the charging coil can stop wireless charging, so place it below or above the coil or take the case off to charge.
How thin is the metal plate?
The metal plate is about 0.3 mm thin, so it fits inside most phone cases without a bulge.
Buying more than one, ordering again, or shopping for a gift or event? Email cs@elysianoble.com with the product link for a personal quote.
Shipping and returns – see our Shipping Policy and Refund Policy for delivery times and how returns work.