
wholesale customized Woven UHF Laundry Label for Clothing
Wholesale Customized Woven UHF Laundry Label for Clothing
In today’s fast-paced world, efficient laundry management is essential for businesses in the textile industry. Our wholesale customized Woven UHF Laundry Labels are designed to transform your laundry operations, providing a reliable and innovative solution for tracking garments. Utilizing advanced RFID technology, these labels enhance inventory management and streamline the entire laundry process. Let’s explore the benefits of our woven UHF laundry labels and why they are worth investing in.
Benefits of Woven UHF Laundry Labels
Enhanced Tracking and Management: With RFID technology, our laundry labels enable automatic tracking of garments, eliminating the risk of misplaced items. Each label is embedded with a unique identification code, allowing laundry facilities to monitor stocks in real-time.
Durable and Washable: Designed for longevity, our woven labels can withstand over 200 wash cycles, making them suitable for various industrial and commercial laundry applications. The waterproof and weatherproof features ensure that the labels remain intact and functional, even in challenging conditions.
Customizable Options: Understanding the diverse needs of different industries, we offer customizable features for our laundry labels, including size, color, and even printing options. This flexibility caters to your brand identity and operational requirements.
Cost-Effective Solution: Our wholesale pricing structure allows businesses to manage costs effectively while enhancing their efficiency through RFID technology. The labels’ robust design minimizes replacement needs, ultimately saving you money in the long run.
Wide Range of Applications: Ideal for clothing management across various sectors, including commercial laundry services, healthcare facilities, and hospitality industries, these labels provide a clear-cut solution to track linens, uniforms, and other textile items.
Key Features of Our Woven UHF Laundry Labels
Durability: Made from non-fabric woven materials like silicone and PPS, our labels are designed for high-temperature wash cycles and harsh laundering conditions. They are washable RFID tags that resist fading, tearing, and wear, ensuring long-lasting use.
Custom Printing Support: Our labels can be customized with your choice of information, logos, or unique identifiers. This feature ensures that your laundry items are not only tracked efficiently but also enhance brand visibility.
Memory and Data Capacity: Each integrated chip (U8/U9) in our laundry tags supports a memory capacity of 96 bits, allowing for comprehensive data storage, including user-defined attributes.
Technical Specifications
Specification | Details |
---|---|
Frequency | 860-960 MHz |
Reading Distance | 1-5 cm |
Memory | 96 bits |
Size Options | 70*15mm, customizable dimensions |
Material | Non-fabric Woven/Silicone/PPS |
Durability | Designed to withstand over 200 wash cycles |
Application | Ideal for various industries in laundry management |
Environmental Impact and Sustainability
At our manufacturing facility in Guangdong, China, we prioritize environmentally friendly practices. Our materials are sourced responsibly, and we ensure that our production methods minimize waste and energy consumption. Using RFID labels contributes to sustainable practices by reducing the frequency of lost laundry items and enhancing overall efficiency, ultimately leading to a decrease in textile waste.
FAQs About Woven UHF Laundry Labels
Q: How many wash cycles can these labels withstand?
A: Our woven UHF laundry labels are designed to handle over 200 wash cycles without losing functionality.
Q: Can I customize the printing on the labels?
A: Yes, we support custom printing on our labels. You can include your logo, barcodes, or any other specific information needed.
Q: What is the reading distance for the RFID tags?
A: The typical reading distance for our RFID laundry tags is between 1 to 5 cm. However, with proper setup, they can function effectively within this range.