RFID Tagging for Liquids: Overcoming Physical Barriers in Retail
Table of Contents
Summary
The integration of RFID technology into retail has been a significant advancement in inventory management.
However, for companies dealing with liquid products, applying RFID tags presents a distinct set of challenges. The reflective and absorptive nature of liquids can interfere with RF transmissions, making standard RFID tagging methods less effective. To overcome these obstacles, Goodwin Inc., in partnership with Phenix Label, has pioneered several RFID tagging techniques that ensure compliance with retailer mandates while maintaining product integrity.
Challenges of RFID Tagging on Liquid Products
Understanding the Physics of Liquids and RF Interference
RFID technology relies on radio waves to transmit data between tags and readers. However, liquids can absorb or reflect these waves, leading to poor tag readability. This issue is particularly pronounced in products such as household cleaners and automotive fluids, where the liquid content can disrupt the transmission of RF signals. As a result, companies need specialized RFID solutions to ensure that their products meet retailer performance standards.
Challenges and Solutions for RFID Tagging on Liquid Products
Challenge | Solution | Benefit |
RF Interference by Liquids | Specialized RFID tags with separation | Ensures reliable tag readability |
Complex Labeling Requirements | Extended flag and hang tags | Maintains label integrity and functionality |
Precise Fill Levels | Tagging above the liquid fill line | Prevents RF interference, ensures compliance |
Innovative RFID Solutions by Goodin and Phenix Label
Creating New Labels and Application Methods
Goodin Inc., with a century of experience in bottling services, has adapted to the RFID mandates by developing innovative labeling solutions in collaboration with Phenix Label. The partnership has resulted in the creation of recyclable UHF RFID tags that are specifically designed for liquid products. These tags have been rigorously tested and approved by Auburn University’s RFID Lab, ensuring they meet the stringent performance requirements set by retailers like Walmart.
Peel Label with RFID Separation
One of the most effective methods developed by Goodin and Phenix is the peel label with separation from the bottle. This label design incorporates a UHF RFID chip and antenna within the inner layer of the label, which is then perforated and attached to the front of the packaging. The separation between the RFID antenna and the liquid inside the container ensures that RF signals are transmitted without interference.
Tagging Above the Fill Line: A Precise Solution
Precision in RFID Tag Placement
Another innovative approach employed by Goodin involves placing the RFID tag above the liquid fill line of the product. This method requires extremely precise filling techniques to ensure that the liquid does not come into contact with the tag. Goodin, known for its high-value liquid products, has engineered its processes to maintain consistent fill levels, making this method both feasible and effective.
Future Possibilities: RFID Caps
Exploring New Frontiers in RFID Tagging
Looking ahead, Goodin and Phenix are exploring the possibility of integrating RFID tags into bottle caps. This approach would involve attaching a small RFID antenna and chip to the top of the cap, ensuring that the tag remains unaffected by the liquid content. While this method has not yet received approval from Auburn’s RFID Lab, it represents a promising future direction for RFID tagging in liquid products.
Ensuring Quality and Compliance with RFID Readers
Rigorous Testing for Tag Readability
Goodin takes a meticulous approach to quality control by testing RFID labels with handheld readers before they are applied to products. This ensures that the tags are readable and functional before the products are shipped to retailers. Additionally, post-application testing is conducted to confirm that the tags remain operational after being affixed to the product. This rigorous testing process helps prevent any potential issues in the supply chain, ensuring that retailers can reliably track and manage their inventory.
Working with Retail Giants like Walmart
As Walmart continues to drive the adoption of RFID technology, other retailers are expected to follow suit. For now, many brands are only applying RFID tags to products destined for Walmart, while using standard labels for other retailers. However, the growing demand for RFID tagging across the retail industry highlights the importance of staying ahead of these mandates. Goodin’s expertise in RFID labeling for liquid products positions the company as a leader in this evolving landscape.
Conclusion
RFID tagging for liquid products presents unique challenges due to the physical properties of liquids and their impact on RF signals. However, through innovative solutions and strategic partnerships, companies like Goodin Inc. are overcoming these challenges and setting new standards for RFID integration in the liquid product industry. As the demand for RFID technology continues to grow, these advancements will play a crucial role in ensuring compliance, improving efficiency, and enhancing the overall retail experience.
Comments
Hot Products
How RFID Tag on Windscreen Improves Vehicle Access Control and Toll Systems
In today’s fast-paced world, vehicle identification needs to be quick, secure, and contactless. An RFID Tag on the Windscreen provides exactly that — a reliable way to manage toll collection, parking, and gated access without stopping vehicles.
The Benefits of RFID Linen Tags in Commercial Laundry
Managing laundry in hospitals, hotels, or large laundry services is a big job. Each day, thousands of sheets, towels, and uniforms are washed, sorted, and sent back out. But problems like lost linens, sorting mistakes, and manual counting can cost companies a lot of money. For example, mid-sized hotels can lose over $200,000 each year from missing linens.
That’s where RFID Linen Tags come in.
How to Use RFID Laundry Tags: The Complete Guide to Installation, Applications, and Benefits
In industries where linen and garment management is critical—such as hospitality, healthcare, fitness centers, and clothing rentals—RFID laundry tags have become an essential technology.
How RFID Tags for Pallet Streamline Tracking in Warehouses
In today’s fast-paced logistics and supply chain environments, traditional pallet tracking methods like barcodes and manual scanning are no longer sufficient. This is where RFID (Radio Frequency Identification) comes in.
Top 5 Types RFID Tag for Warehouse Automation
Warehouse operations are becoming more complex, and manual tracking methods can’t keep up. RFID tags for warehouse automation enable real-time data capture, faster inventory processing, and better traceability.
RFID Smart License Plates Help Hengshui to Track The E-Bikes
As urbanization accelerates and the green travel movement gains momentum, electric bicycles have become vital to daily commuting in Hengshui, Henan Province.
Tags
RELATED BLOGS
How RFID Tag on Windscreen Improves Vehicle Access Control and Toll Systems
In today’s fast-paced world, vehicle identification needs to be quick, secure, and contactless. An RFID Tag on the Windscreen provides exactly that — a reliable way to manage toll collection, parking, and gated access without stopping vehicles.
The Benefits of RFID Linen Tags in Commercial Laundry
Managing laundry in hospitals, hotels, or large laundry services is a big job. Each day, thousands of sheets, towels, and uniforms are washed, sorted, and sent back out. But problems like lost linens, sorting mistakes, and manual counting can cost companies a lot of money. For example, mid-sized hotels can lose over $200,000 each year from missing linens.
That’s where RFID Linen Tags come in.
How to Use RFID Laundry Tags: The Complete Guide to Installation, Applications, and Benefits
In industries where linen and garment management is critical—such as hospitality, healthcare, fitness centers, and clothing rentals—RFID laundry tags have become an essential technology.
