RFID Fabric Wristband with Coconut Slider

RFID Fabric Wristband with Coconut Slider – Natural Elegance and Smart Functionality

Our RFID fabric wristband with coconut slider combines advanced technology with a sustainable and stylish design. The soft textile wristband with full-color sublimation print ensures comfort and visual appeal, while the natural coconut slider offers an eco-friendly closure. With an integrated 13.56 MHz NFC chip, the wristband is compatible with most access control systems, making it ideal for events, festivals, and gatherings where both functionality and aesthetics are important.

Features and Benefits

• Sustainable slider: Coconut slider as a natural alternative to plastic
• Compatible technology: 13.56 MHz NFC chip supports most access control systems
• Customization: Full color print with options for text, logo, and numbering
• Size options: Available in widths of 10 mm, 15 mm, or 20 mm
• Functionality: Suitable for access control, payment, cloakroom, and VIP identification
• Design options: Design yourself online or get free advice from our experienced team

Typical Uses

These wristbands are ideal for:

• Festivals and concerts requiring secure access control
• Eco-conscious events seeking sustainable solutions
• VIP events where exclusivity and style are in focus
• Events that combine access control with payment systems

Frequently Asked Questions

What are the benefits of a coconut slider?

The coconut slider is a natural and sustainable alternative to plastic, making the wristband more eco-friendly and giving it a unique, tropical look.

Is the wristband compatible with our access control system?

The wristband contains a 13.56 MHz NFC chip, which is compatible with most access control systems. Feel free to contact us to ensure full compatibility with your specific system.

Can we have our own design on the wristband?

Yes, we offer full-color sublimation printing, so you can have your own design, logo, and text on the wristband. Our team is ready to assist you with the design process.