$1561.13 / Case
4 Rolls per Case
Zebra 3.875x1.3125in Thermal Transfer RFID Label [Polyester, Non-Perforated]
| Labels by Printer | Zebra R110Xi4-R170Xi4 Zebra ZE500 RFID Zebra ZT400 RFID Zebra ZT421 RFID Zebra ZT600 RFID Zebra ZT610 RFID Zebra ZT411 RFID Zebra ZT620 RFID |
| Print Technology | Thermal Transfer |
| Select By Printer | Zebra ZE511 RFID |
| Material Type | Synthetic Labels |
| Integrated Circuit | Impinj M830 |
| Width (inches) | 3.875 inch |
| Length (inches) | 1.3125 inch |
| Core Size | 3.00 inch |
| Outer Diameter | 8 inch OD |
| Format Type | Roll |
| Adhesive Type | Permanent |
| RFID Frequency | UHF |
| Labels Across | 1 across |
| Perforation | Non-Perforated |
| Style | Blank Stock Labels Durable Durable Logistics Oil Resistant |
| Color | White |
| Synthetic Material | Polyester |
| Rolls Per Case | 4 |
| Labels Per Roll | 2000 |
| Cost Per Label | $0.19514 |
Product Highlights
Zebra, Consumables, RFID, Label, Polyester, 3.875 x 1.3125 inch (98.4 x 33.3mm); Thermal Transfer, RFID Lam 10040771RM/10040772RM, Coated, Permanent Adhesive, 3 inch (76.2mm) Core, 2000/Roll, 4/Box, PlainZebra RFID Returnable Transport Item (RTI) Label
Long-lasting printable labels with advanced RFID AD Dogbone™ M830 Inlay to track and trace plastic RTIs
The RFID Returnable Transport Item (RTI) Label provides a robust and high-performance solution to encode RFID labels on demand, which gives RTIs a unique digital voice: a voice which is captured by fixed and handheld readers to gain a real-time view over the location of containers, and their contents, as they move across the supply chain. The labels’ integrated AD Dogbone™ M830 Inlay is designed to withstand the detuning effects associated with high dielectric materials. And with its long read-range and high data throughput, it significantly enhances data capture performance in challenging environments and on materials that are typically hard to tag.
High-performance RFID Inlay
The AD Dogbone™ M830 Inlay features the advanced Impinj M830 IC, with Gen2X capabilities which improve reliability and efficiency in complex deployments. The Dogbone™ shape is engineered to maximize the performance of the RFID antenna. It ensures that tags can be read accurately over longer distances and in the challenging radio frequency environments typically found in warehouses and distribution centers. The geometric configuration of the Dogbone™ shape enhances the antenna’s sensitivity, making it more responsive to RFID readers.
The durable RFID Label for Returnable Transport Item (RTI) helps them get more done in less time. By integrating real-time RTI data from your RFID labels with your supply chain and workforce applications, you present your frontline teams with actionable intelligence which guides them on their next-best moves.
Reduced Costs
The permanent adhesive of the RFID Returnable Transport Item (RTI) Labels permanent adhesive will last for the lifecycle of RTIs, which can be up to five years. And, with the label, and its printed image, withstanding exposures to ultraviolet light, seawater, and a range of chemicals, the data will remain clearly legible. The lifecycle extends return on investment, which adds to the cost saving of having a real-time view over the location of your RTIs and ensuring they are accurately accounted for.
Assured Performance
Zebra employs ISO 9001 quality processes to reduce instances of unsuccessful encoding. We pre-test labels with Zebra readers and printers to ensure industry-leading performance. And we offer the latest generation of chips and consistent label materials from order to order to deliver always reliable, high-quality RFID labels and tags every time.
Durable Design
The label is designed for plastic containers. It comprises a thermal transfer synthetic facestock, together with a permanent adhesive which is designed for, and adheres well to, reusable/returnable plastic containers. Using the durable 5095 resin ribbon is recommended to create a high-quality long-lasting image.
Enhanced Operations for Frontline Teams
Streamline repetitive workflows, such as dock door scanning and capturing data at goods-in, to free your frontline teams to focus on other tasks. The labels can also be used to track the contents of containers across journeys, adding to the benefits. The inlay can compensate for the detuning effects of materials like cardboard, metal, and plastic, to enable seamless data capture, and will also read individual labels even when containers are tightly stacked or placed inside one another. Your frontline teams can easily find containers and capture their data by waving handheld RFID readers within a range of up to 21m.