Clear Transparent Blank Ntag213 215 NFC Inlay
The Clear Transparent Blank Ntag213 215 NFC Inlay enable seamless contactless communication, offering customizable options for diverse applications.
Descrição
Clear Transparent Blank Ntag213 215 NFC Inlay
O Clear Transparent Blank NTAG213 and NTAG215 Embutimento NFC is an innovative product designed to enhance various applications in the realm of Near Field Communication (NFC) technology. These inlays feature a sleek, transparent design that allows for seamless integration into a variety of materials and surfaces, making them ideal for a wide range of uses, from payment solutions to smart labeling. With features such as customizable printing options and compatibility with NFC-enabled devices, these inlays are both versatile and essential for modern technology applications. Here, we explore the benefits of using NTAG213 and NTAG215 NFC inlays and why they are a worthwhile investment for businesses and individuals alike.
Key Benefits of Clear Transparent Blank Ntag213 215 NFC Inlay
- Personalizável: The ability to customize the inlays—be it through printing, encoding, or design—ensures that they can meet specific branding and operational needs.
- High Compatibility: These inlays operate on a frequency of 13.56MHz and are compliant with ISO 14443 Type A and NFC Forum – Type 2 standards, making them compatible with a wide range of devices and applications.
- Durable and Flexible: Made from high-quality materials such as PET and coated paper, these inlays are designed to withstand various environmental conditions while maintaining high performance.
Technical Specifications of NTAG213 and NTAG215
| Especificação | NTAG213 | NTAG215 |
|---|---|---|
| Tipo de chip | NFC® 213 | NFC® 215 |
| Memória do usuário | 144 bytes | 540 bytes |
| Faixa de leitura | 2-10 cm | 2-10 cm |
| Frequência | 13,56 MHz | 13,56 MHz |
| Protocolo | ISO18092 | ISO18092 |
| Material | Paper, Coated Paper, PET | Paper, Coated Paper, PET |
| Personalização | Printing, Encoding | Printing, Encoding |
Both NFC chips feature a high degree of compatibility with various NFC applications, allowing them to function effectively across different environments.
| Nome do produto | Clear Transparent Blank NTAG213 215 NFC Inlay |
|---|---|
| Tipo de chip | NTAG213 / NTAG215 |
| Memória do usuário | NTAG213: 144 bytes / NTAG215: 540 bytes |
| Faixa de leitura | 2-10 cm |
| Frequência | 13,56 MHz |
| Protocolo | ISO18092 |
| Material | Paper, Coated Paper, PET |
| Personalização | Custom Printing, Encoding, Sequential Numbers |
| Suporte adesivo | Sim |
| Certificação | SGS Approved |
| Formulários | Smart Packaging, Product Authentication, NFC App Integration, Inventory Tracking |
| Impacto Ambiental | Sustainable Materials, Energy-Efficient Technology |
Aplicações e casos de uso
NFC App Integration
The clear transparent blank Ntag213 215 NFC inlay are perfect for applications in mobile apps, enabling users to tap their smartphones on the inlay to receive instant information or functionalities. This can range from launching a website, redeeming discount vouchers, or accessing digital content.
Product Authentication and Tracking
Using NFC tags embedded in their products, manufacturers can streamline authentication processes, making it easier for consumers to verify the originality of items. Moreover, these inlays can be used for tracking inventory in retail environments, enhancing efficiency through real-time data collection.
Embalagem Inteligente
In the realm of smart packaging, clear transparent blank Ntag213 215 NFC inlay provide a means for companies to engage customers by delivering product information, usage instructions, and promotional offers directly to their smartphones.
Opções de personalização
O Clear Transparent Blank NTAG213 and NTAG215 NFC Inlays offer extensive customization possibilities:
- Custom Printing: Businesses can print logos, branding, and instructions literally on the inlays, ensuring visibility while maintaining functionality.
- Encoding Options: Users can encode specific data, such as URLs, text, or unique identifiers, making each inlay unique to its application.
- Sequential Numbers: For inventory tracking or promotions, inlays can be serialized to facilitate individual identification easily.
This level of customization makes them versatile tools for marketing, event management, and much more.
Impacto Ambiental
Sustainable Materials
The materials used in producing clear transparent blank Ntag213 215 NFC inlay, such as PET and paper, are selected for their durability and eco-friendliness. By choosing sustainable materials, manufacturers contribute to reducing overall environmental impact while providing high-quality products.
Energy-Efficient Technology
The passive nature of NFC technology means that these inlays do not require an external power source. They draw power from the NFC-enabled device during data transfer, making them energy-efficient and sustainable.
FAQ
1. Where can I use these NFC inlays?
They’re ideal for smart packaging, product authentication, NFC app integration, e inventory tracking, offering a modern touch to your products and processes.
2. Why choose your NFC inlays over others?
As a Top 5 RFID manufacturer with over 15 years of experience, we provide high-quality, durable solutions tailored for large-scale applications, ensuring cost-effective and efficient operations.
3. Are these inlays durable?
Yes, made from PET and coated paper, they are impermeável, wear-resistant, e SGS certified for quality and safety.
4. Are they compatible with all devices?
Yes, they operate at 13,56 MHz and comply with ISO 14443 Tipo A e NFC Forum – Type 2 standards, ensuring compatibility with most NFC-enabled devices.
5. How do they benefit smart packaging?
They enable interactive experiences by delivering product information, usage instructions, and promotional offers directly to consumers’ smartphones.
6. What’s their environmental impact?
Made from sustainable materials and powered by energy-efficient NFC technology, these inlays are eco-friendly and contribute to reducing environmental footprint.








