RFID UHF fabric Textile Laundry Tag

The RFID UHF Fabric Textile Laundry Tag is a durable, washable RFID tag designed for tracking garments, uniforms, towels, bed linen, workwear, and other reusable textile items throughout industrial laundry operations. Using UHF RFID technology, the tag enables contactless identification and batch reading without requiring a direct line of sight.

With a compact 70 × 15 × 1.5 mm construction, the textile laundry tag can be sewn into a garment hem, installed inside a woven label, or attached using a heat-sealing process depending on the model. It is engineered to withstand repeated washing, high-temperature drying, ironing, pressure, and the chemicals commonly used in industrial laundry processes.

By assigning a unique RFID identity to each textile item, laundries, hotels, hospitals, uniform rental companies, and textile service providers can automate inventory tracking, improve sorting accuracy, monitor wash cycles, and reduce manual counting.

Specification:

Product shows

Advantages of Washable Laundry Tag

1. Accelerate the turnover of cloth and reduce the amount of inventory, reduce the loss.
2. Quantify the washing process and monitor the number of washing, improve customer satisfaction
3. quantify the quality of cloth, more targeted selection of cloth producers
4. simplify the handover, inventory process, improve staff efficiency

Built for Repeated Industrial Laundry Cycles

Textile RFID tags are exposed to much more demanding conditions than conventional RFID labels. During their service life, laundry items may pass through washing, chemical treatment, high-temperature drying, pressing, ironing, and sterilization.

This UHF laundry tag is designed for repeated industrial laundry use and is specified for up to 200 laundry cycles under the stated test conditions.

The tag can withstand washing at 90°C for 15 minutes, pre-drying at 180°C for 30 minutes, and ironing at 180°C for 10 seconds, with testing specified for 200 cycles. It is also specified for high-temperature sterilization at 135°C for 20 minutes.

These characteristics make the tag suitable for textile assets that need to be collected, washed, sorted, delivered, and returned repeatedly.

RFID Laundry Tag Temperature and Durability Performance

Actual service life can vary depending on washing chemistry, mechanical stress, installation method, textile material, processing equipment, and operating conditions. For large-scale deployments, sample testing under the customer’s actual laundry process is recommended.

UHF RFID Technology for Long-Range Textile Identification

UHF RFID allows multiple tagged textile items to be identified wirelessly from a distance. Unlike barcode labels, RFID does not require the scanner to visually locate and scan each individual item.

A fixed RFID reader can be installed at laundry receiving points, sorting stations, conveyors, or dispatch areas. When tagged textiles pass through the reading zone, the system can capture their unique RFID identities and transfer the information to a laundry management platform.

The specified fixed reading distance for this tag is more than 5.5 meters under an ERP of 2W, while the stated handheld reading distance is more than 2 meters using an ATID AT880 handheld reader.

Actual read performance depends on the reader, antenna, reader power, tag orientation, textile moisture, tag density, surrounding materials, and installation environment.

Fixed Reader vs. Handheld Reader

For automated laundry lines, fixed readers and antennas can reduce manual scanning. Handheld RFID readers are useful when employees need to locate specific textile items or perform mobile inventory checks.

Sew-In and Heat-Seal Installation Options

The textile laundry tag can be integrated into reusable textile products without significantly changing their appearance or normal handling.

The standard 10-Laundry7015 configuration can be sewn into a garment hem or installed inside a woven jacket. Sewing is commonly used when the RFID tag needs to remain permanently attached to the textile throughout its service life.

The 10-Laundry7015H configuration supports heat-sealing installation. The stated installation condition is 215°C for 15 seconds at 4 bar (0.4 MPa).

Installation conditions should be validated with the original tag manufacturer before mass production because textile composition, equipment settings, pressure, and heating time can affect both the attachment and RFID performance.

Installation Method Comparison

Choosing the correct installation method is important. A tag that performs well in laboratory testing may experience different mechanical stress when installed in different textile products.

Designed for Wet and Dry Textile Identification

Laundry environments create challenging RF conditions because water can affect UHF RFID performance. Wet textiles can absorb RF energy and may reduce reading distance compared with dry textile products.

For this reason, RFID laundry systems should be tested with the actual combination of tag, textile, reader, antenna, and process equipment.

The tag’s linear polarization also means that tag orientation relative to the reader antenna should be considered during system design.

For applications involving large bundles of wet towels, sheets, uniforms, or other dense textile loads, pilot testing can help determine the optimal reader position, antenna arrangement, conveyor speed, and tag orientation.

Chip and Memory Configuration

The RFID laundry tag is specified with UHF Code 7M or UHF Code 8 chip options and provides 96-bit EPC memory plus 32-bit User memory.

The EPC area can be used as the unique electronic identity of each textile item. A laundry management system can then associate that identifier with information such as item type, customer, department, size, purchase date, and wash history.

The User memory can be used when additional information needs to be stored directly on the RFID chip.

For production orders, customers should confirm the exact chip manufacturer and chip model with the supplier because product naming such as “Code 7M” or “Code 8” may refer to a specific supplier configuration.

RFID Data Structure for Laundry Management

A typical laundry tracking system can separate RFID identification from business information.

Instead of storing an entire customer record on the RFID chip, many systems use the EPC as a unique key connected to a central database. This approach provides greater flexibility when customer or item information changes.

Applications of RFID Textile Laundry Tags

The compact form factor and washable construction make this tag suitable for a wide range of reusable textile assets.

Hotels and Hospitality

Hotels can attach RFID tags to towels, bed sheets, pillowcases, bathrobes, uniforms, and other reusable textile products. RFID identification can help track items sent to external laundries and reconcile returned quantities.

Hospitals and Healthcare Facilities

Healthcare textile management often involves large quantities of gowns, uniforms, patient garments, towels, and bed linen. RFID can provide item-level identification and help automate inventory and laundry workflows.

Industrial Uniforms

Factories and industrial businesses can use RFID tags to identify employee uniforms, protective garments, and reusable workwear.

The RFID identity can be linked to an employee, department, garment size, issue date, and laundry history in the management system.

Commercial Laundry Services

Commercial laundries can use RFID to automate receiving, sorting, washing, quality control, inventory management, and dispatch.

Textile Rental

Rental companies can track reusable garments and linen throughout repeated customer-service cycles. Wash-count data can also support asset replacement and lifecycle management.

Common Textile Applications

RFID Laundry Tag vs. Barcode

Both RFID and barcode technologies can be used for textile identification, but they operate differently.

RFID is particularly useful when a laundry needs to identify many textile items quickly without manually presenting each item to a scanner.

RFID Laundry Tag vs. Conventional Textile Label

A conventional textile label provides visual information, while an RFID tag provides a machine-readable electronic identity.

An RFID tag can be hidden or integrated into the textile, allowing automated equipment to identify the item even when the label is not visible.

For organizations managing thousands or millions of textile items, the ability to associate each physical item with a unique digital record can simplify inventory and process management.

Benefits for Industrial Laundry Operations

Faster Textile Turnover

Automated RFID identification can reduce the time required to receive, sort, count, and dispatch textile items. Faster processing can help laundry operators handle higher volumes without relying entirely on manual counting.

Better Inventory Visibility

Each tagged textile can have a unique electronic identity. This allows operators to identify which items are currently in processing, available for use, assigned to a customer, or missing from an expected return.

Wash-Cycle Tracking

A laundry management system can increment the wash counter whenever an RFID-tagged item passes through a designated processing point. This creates a digital record of the item’s usage history.

Reduced Manual Work

Instead of manually scanning or counting every textile item, RFID readers can identify multiple tags automatically. This can simplify receiving, sorting, stocktaking, and dispatch operations.

More Consistent Handover

When textile service providers and customers use RFID-based records, quantities can be checked electronically during delivery and collection. This can reduce discrepancies caused by manual counting.

RFID Laundry Management Workflow

A typical RFID-enabled laundry process can include the following steps:

1. Tagging

Each textile item receives a unique RFID laundry tag.

2. Registration

The EPC number is associated with the item and customer information in the laundry management system.

3. Collection

RFID readers identify items when they enter the laundry facility.

4. Sorting

Tagged items can be automatically identified and sorted according to customer, textile type, or processing requirement.

5. Washing

The RFID tag remains attached during the industrial laundry process.

6. Quality and Inventory Check

After washing, RFID readers can identify processed items and update their status.

7. Dispatch

The system records which items are returned to each customer.

8. Lifecycle Management

Wash counts and inventory records can be used to support textile replacement and asset management.

Recommended System Components

The RFID laundry tag is one part of a complete RFID textile management system.

A typical deployment may include:

• UHF RFID laundry tags
• Fixed UHF RFID readers
• RFID antennas
• Handheld RFID readers
• RFID gates or reading portals
• Laundry management software
• Database or ERP integration
• Optional conveyor and sorting equipment

The tag should therefore be evaluated together with the complete RFID system rather than as an isolated component.

What to Consider When Choosing a Laundry RFID Tag

Before placing a bulk order, several factors should be evaluated.

Textile Type

Different textiles have different thicknesses, moisture retention, and mechanical characteristics. Test the RFID tag on the actual towels, garments, sheets, or uniforms that will be used.

Installation Method

Sew-in and heat-seal tags have different installation requirements. The attachment method should remain reliable throughout the expected textile lifecycle.

Laundry Process

Confirm the actual washing temperature, detergent chemistry, drying temperature, ironing process, pressure, and sterilization requirements.

Reading Environment

Testing should be conducted with dry and wet textiles, individual items and bundles, and the actual RFID reader and antenna configuration.

Chip Configuration

Confirm the exact chip model, EPC capacity, User memory, operating frequency, and supported RFID protocol before production.

Quality Testing Before Mass Production

For commercial laundry applications, sample testing is recommended before a large production order.

A practical validation process can include:

The most useful acceptance test is not simply whether the tag survives physically. The RFID performance should also be checked after repeated processing.

Custom RFID Textile Laundry Tags

The standard tag size is 70 × 15 × 1.5 mm, but customized dimensions and configurations can be discussed for specific textile products.

Customization may be considered for:

• Tag dimensions
• Installation method
• Chip configuration
• EPC encoding
• Textile integration
• Packaging
• Printing or identification requirements

For a custom project, provide the supplier with the textile type, washing process, expected annual volume, reader model, required read distance, and installation method.

Frequently Asked Questions

How many washing cycles can this RFID laundry tag withstand?

The specified durability is up to 200 laundry cycles under the stated test conditions. Washing is specified at 90°C for 15 minutes for 200 cycles, with additional high-temperature drying and ironing tests.

What frequency does the RFID laundry tag use?

The tag is specified for either 902–928 MHz or 865–866 MHz, depending on the regional configuration.

Can the RFID tag be sewn into clothing?

Yes. The tag can be sewn into the hem or installed inside a woven textile structure. The installation method should be selected according to the textile and application.

Can the tag be heat sealed?

Yes. The 10-Laundry7015H version is specified for heat-sealing at 215°C for 15 seconds and 4 bar pressure. Installation parameters should be validated with the manufacturer before production.

What is the reading distance?

The stated fixed-reader distance is more than 5.5 meters under ERP 2W, while the stated handheld distance is more than 2 meters using an ATID AT880 handheld reader. Actual results depend on the complete RFID system and operating environment.

Can RFID laundry tags be used on wet clothes?

Yes, they are designed for laundry applications, but moisture can affect UHF RFID performance. Wet textile testing should be performed with the intended reader, antenna, tag orientation, and textile load.

Can the RFID tag store information?

The stated configuration provides 96-bit EPC memory and 32-bit User memory. The EPC can be used as a unique item identifier, while User memory can store additional data where required.

What industries use washable RFID tags?

Typical applications include hotels, hospitals, commercial laundries, textile rental companies, industrial workwear services, healthcare linen management, and other organizations that manage reusable textile assets.

Why Use RFID for Textile Tracking?

As textile inventories become larger and laundry processes become more automated, manual identification can become increasingly time-consuming. UHF RFID provides a way to connect physical textile assets with digital inventory and process records.

A washable RFID tag can remain with an item throughout repeated laundry cycles, allowing the item to maintain its digital identity from initial registration through washing, storage, delivery, use, and return.

For operations handling large volumes of reusable textiles, this can provide a foundation for more automated inventory management and measurable laundry workflows.

Request a Sample or Technical Specification

If you are evaluating RFID laundry tags for a new project, testing samples under your actual laundry conditions is recommended.

When requesting samples or a quotation, provide the following information:

• Textile type and material
• Required tag dimensions
• Sew-in or heat-seal installation
• Washing temperature and cycle duration
• Drying temperature
• Ironing process
• Sterilization requirements
• Expected number of laundry cycles
• Required reading distance
• Fixed or handheld RFID reader
• Operating region and UHF frequency
• Estimated order quantity

With these details, the RFID laundry tag configuration can be evaluated according to the actual application rather than relying only on laboratory specifications.