Mifare RFID apyrankė

Mifare RFID bracelets are widely used in many fields, įskaitant prieigos kontrolės sistemas, mikromokėjimai, Identifikavimo, Ligoninės valdymas, Resorts, Baseinai, Renginiai, Festivaliai, ir pramogų parkai. Fujian RFID solution provider is able to supply high-quality RFID wristbands made of various materials such as silicone, Tyvek, plastikas, sintetinis popierius, and woven/fabric. These wristbands support different frequencies, including LF 125KHz, HF 13.56MHz, NFC, and UHF 860-960MHz. We always welcome customers’ customized needs.

For RFID silicone wristbands, we have a variety of frequencies such as LF/HF/UHF to choose from. In terms of personalization technology, we offer options such as screen printing, serijos numerio spausdinimas, laser engraving, color filling, and protective oil.

Features

• Medžiaga: Made of 100% silicone and embedded transponder
• Available sizes: Adult (21.6cm), Teen (19cm), Child (16cm)
• Can be embossed, debossed, and/or printed in one color
• RFID inlay: Mifare 1K, Mifare UL EV1, Fudan 1108, Icode Slix. Other chips available on request

Produkto parametrai

FAQ about Mifare RFID bracelets

1. Is a Mifare RFID bracelet what it is?

The Mifare RFID bracelet is an RFID device that utilizes Mifare technology for radio frequency identification. It may be used to a number of situations to provide secure, practical, and effective services, including identity identification, mikromokėjimai, and access control systems.

2. What benefits does the Mifare RFID wristband offer?

The following are some benefits of a Mifare RFID bracelet:
High security: To guarantee the security of data transfer, use cutting-edge encryption technology.
Patogumas: Wearing the bracelet allows users to perform pertinent actions without the need to carry additional cards or devices.
Patvarumas: The bracelet is very durable for extended usage since it is composed of premium materials.
Customizability: To suit each user’s unique demands, the bracelet allows for customized modification in terms of color, pattern, LOGO, and other elements.

3. Which frequencies are supported by the Mifare RFID bracelet?

The Mifare RFID bracelet is compatible with a wide range of frequencies, such as LF 125KHz, HF 13.56MHz, NFC, and UHF 860-960MHz. Different frequency bracelets are appropriate for various application situations; users are free to choose the one that best suits their requirements.

4. How can the Mifare RFID bracelet be customized?

The Mifare RFID bracelet may be customized in a number of ways, such as by screen printing, printing the serial number, laser engraving, adding protective oil and color, etc. To get a bespoke design for the bracelet, users may choose an appropriate modification approach based on their own requirements.

5. Under what conditions are Mifare RFID wristbands often utilized?

Atsakydamas, Mifare RFID wristbands have been widely used in a variety of settings, such as hospital administration, Resorts, Baseinai, Renginiai, Festivaliai, ir pramogų parkai. They have also been employed extensively in micropayments, Identifikavimo, and access control systems. It offers consumers a safe, effective, and convenient service experience.

6. How should the Mifare RFID bracelet be maintained and cared for?

Atsakymas: To ensure optimal functionality of the Mifare RFID wristband, users should be mindful of the following:

To avoid scratching the bracelet’s surface, keep it away from sharp objects.
To avoid damaging the internal circuit, keep the bracelet away from liquids or water for extended periods of time.
To maintain your bracelet neat and orderly, wipe its surface on a regular basis.
Please contact after-sales support as soon as possible for a repair or replacement if the bracelet breaks or stops functioning correctly.

7. How far away can you read and write on a Mifare RFID bracelet?

The answer is that a variety of parameters, including the bracelet’s type, frequency, and card reader capability, affect the reading and writing distance of an RFID bracelet. Mifare RFID wristbands can read and write at distances of a few millimeters to tens of centimeters, on average. Users are able to choose the right model and configuration based on their own requirements.