Handmade Eco-Friendly Braided NFC Wristbands with Wooden Card
Product Overview
As a professional RFID wristband manufacturer, we present a product that masterfully blends natural design with advanced smart technology. The Handmade Eco-Friendly Braided NFC Wristband with Wooden Card offers an eco-conscious and premium alternative for modern event access control, guest management, and interactive brand engagement. This solution combines a hand-braided, comfortable band with a customizable wooden NFC card, delivering a unique fusion of sustainability, durability, and distinctive style. It is designed for businesses and event organizers seeking to make a positive environmental statement without compromising on functionality or security.
Key Features
- Eco-Friendly & Premium Materials: Features a hand-braided band made from sustainable materials like cotton, hemp, or RPET yarn, paired with a natural wooden card for a unique aesthetic.
- Versatile NFC Chip Compatibility: The embedded wooden card supports multiple high-performance chip options including NTAG213, NTAG215, NTAG216, or MIFARE® 1K, ensuring broad compatibility with various access and payment systems.
- Customizable Branding: The wooden card can be personalized with your logo or design through laser engraving, UV printing, or embossing, serving as a lasting brand ambassador.
- Secure & Adjustable Fit: Equipped with secure closures such as adjustable knots, beads, or locking sliders for a comfortable and reliable fit for all wrist sizes.
- Durable & User-Friendly: Designed for comfort during long-term wear, resistant to sweat and daily use, making it suitable for multi-day events.
- Reusable & Sustainable Design: Provides a durable, reusable alternative to single-use plastic wristbands, aligning with green initiatives and reducing waste.
- High-Performance Specifications: Built to industrial standards with a reading distance of 0-10cm, 100,000 write cycles, and stable operation from -25°C to 65°C, ensuring reliable performance in various environments.
Technical Specifications
- Material: Braided nylon rope, Wooden card
- Chip Options: NTAG213 / NTAG215 / NTAG216 / MIFARE 1K
- Frequency: 13.56MHz
- Protocol: ISO14443A
- Color: Fully customizable
- Size: Card size: 18*28MM; Hole size: dia 3MM (Customizable sizes available for OEM/ODM projects)
- Memory: Dependent on the selected chip type
- Reading Distance: 0-10cm
- Write Endurance: 100,000 times
- Working Temperature: -25°C to 65°C
- Data Retention Time: 10 years
Note: Free samples are available for qualified B2B inquiries and bulk order evaluations. Contact us to request a sample and discuss your project requirements.
Applications
This versatile eco-wristband is ideal for a wide range of industrial and commercial applications, providing a sophisticated and sustainable credential solution.
- Music Festivals & Eco-Conscious Events: Perfect for secure entry, cashless payments, and interactive digital campaigns at events prioritizing sustainability.
- Hotels & Luxury Resorts: Serve as a stylish guest key for room access and cashless payments throughout the property, enhancing the guest experience.
- Corporate Retreats & Conferences: Offer sustainable, branded credentials for attendees that align with corporate social responsibility values.
- Lifestyle & Fashion Brands: Ideal for promotional campaigns, product launches, or loyalty programs, reinforcing a brand’s commitment to eco-friendly practices.
- Community & Charity Campaigns: Effective as memorable giveaways or participant identifiers for fundraising events and awareness drives.
As a leading do rfid reader manufacturer and supplier, we specialize in providing high-quality, customizable RFID solutions for large-scale deployment. Our factory supports comprehensive OEM and ODM services to meet your specific design and technical requirements. For wholesale pricing and to request a quote for your next project, please reach out to our team at info@dorfidreader.com. Discover more about our full range of innovative credential solutions on our dedicated page for RFID wristbands.