These RFID stickers contain a commonly used MIFARE Classic EV1 1k chip and have a diameter of 25 mm. They are made of multiple layers of soft plastic material, including an on-metal protection material and a layer with the strong 3M adhesive 467MP 200MP.
They are very commonly used for product identification and in various other RFID applications that require the chips to be attached to a metallic surface.
These stickers are bendable and they can be used even on curved surfaces such as pipes, curved housings from electronic devices, various jars, tubes, etc.
If you do not need the stickers with on-metal protection, we recommend to use these ones with a longer reading distance: https://rfidspecialist.eu/store/rfid-sticker-dimension-35-x-35-mm-with-a-chip-mifare-classic-ev1-1k-.html
The MIFARE Classic® EV1 chip
operates at a frequency of 13.56 MHz, it has a pre-programmed chip identification number, and 1 kB of programmable memory. The chip works according to the RFID protocol ISO/IEC 14443 Type A.
Although an NFC mobile phone can read the MIFARE Classic® chips, these chips do not support all NFC protocols and the programming with a mobile is usually not supported.
Some chip manufacturers offer similar chips and sometimes misleading customers, but we noticed that some readers can only read the genuine MIFARE Classic® chips.
To verify the authenticity of your MIFARE® chips, you can use a mobile phone with NFC capability and a free app NXP TAGINFO
The genuine chip has the following information:
IC manufacturer: NXP Semiconductors
IC type: MIFARE Classic® EV1 chip
Here are the readers that work with MIFARE Classic® EV1 chips: https://rfidspecialist.eu/reader.html#p=12
Options for customization (for pricing please send us an inquiry)
You are welcome to purchase the MIFARE stickers online or send us an inquiry for customized stickers.
The options for customization are:
- Other type of RFID/NFC chip
- Various sticker shapes and dimensions (round sticker with diameter 15–35 mm, rectangular stickers, special shapes, etc.)
- Various materials: PET, PVC, PPS, paper, silicon, etc.
- Numeration or personalization from an Excel table,
- Printing of serial numbers, background artworks, company logos, barcodes and QR codes
- Chip encoding
- Various types of adhesives (inexpensive adhesives, special 3M adhesives)
- With Protective On-Metal layer or without
- Domed with polyurethane (epoxy) layer
Check out our other transponders with the MIFARE Classic EV1 1k chip: https://rfidspecialist.eu/store.html#p=230
Reading test for flexible RFID stickers with a MIFARE Classic EV1 1k chip and on-metal protection
All RFID transponders with an on-metal protection achieve a smaller reading distance compared to the transponders without the protection. We noticed that the reading distance gets even shorter when they are placed on metal surfaces because the metal weakens the readers signal too. Sometimes when the tags are applied on metal cannot be read at all, and in these cases, you have to add under a tag some plastic material or wood with a thickness of 5–10 mm.
We tested these stickers with different kinds of readers and measured the reading distances. This is not an official test, but was made to inform you about what reading distances you may expect with your application.
Chip manufacturer: NXP Semiconductors
Chip: MIFARE Classic® EV1 1 kB with a 4-byte long ID
Compatible with: previous versions of chip MIFARE Classic® and other 13.56 MHz readers working accordingly to ISO/IEC 14443 Type A.
Frequency: 13.56 MHz
Reading distance: usually up to 1–3 cm
Dimensions: 25 mm
Thickness: approx. 0.35 mm
Material: PET, PVC
Printing options: upon request
Official technical documentation for MIFARE Classic® EV1 chips is available here:
If you need larger quantities send an email to email@example.com or call +38641 884 124 and we will be happy to help you.
If you are an integrator or reseller, we offer special discounts.
MIFARE®, MIFARE CLASSIC®, DESFire®, ICODE® are registered trademarks, owned by NXP B.V. There is no affiliation between NXP B.V. and Mave d.o.o. (rfidspecialist.eu)