UHF RFID tag catalogue

UHF RFID tags for the wash line and the metal surface

Two product lines in one catalogue. Laundry tags are sewn, heat-sealed or tied onto linen and workwear. On-metal tags are screwed, riveted, taped or glued to metal parts and equipment. Every model lists its size, chip and supplier-stated figures with the conditions behind them.

Samples are handled per request. The team confirms availability and terms by email.

Laundry tags Textile laundry tag 70 x 15 mm

Dimension drawing of Textile laundry tag 70 x 15 mmTop view and side view of a rectangular part, 70 mm long, 15 mm wide, 1.5 mm thick, drawn to one scale. Dimensions in millimeters. A 20 mm scale bar is shown.70 mm15 mm1.5 mmTop viewSide view20 mm scale

On-metal tags FR4 on-metal tag 90 x 5 mm

Dimension drawing of FR4 on-metal tag 90 x 5 mmTop view and side view of a rectangular part, 90 mm long, 5 mm wide, 3 mm thick, drawn to one scale. Dimensions in millimeters. A 20 mm scale bar is shown.90 mm5 mm3 mmTop viewSide view20 mm scale
Fig. 1 Two catalogue models, one per product line, drawn from their stated sizes.
Product divisions
2
Families
8
Models
43
Frequency variants
FCC, ETSI
FCC 902 to 928 MHz; ETSI 865 to 868 MHz
Air interface
ISO 18000-⁠6C
EPC Class 1 Gen 2

Counted from the catalogue records. Frequency variants and the air interface are as the supplier states them for each model.

1.0Catalogue

Choose by where the tag will live

All RFID tags

On-metal tags

34 models in 5 families

For tools, equipment and other metal assets. Bodies are FR4 board, ceramic, PET film or a plastic housing, fitted with adhesive tape, glue, screws or rivets. Read distance on metal depends on how the tag is mounted, so test on the real surface.

2.0Use cases

Or start from the job

All use cases

Each use-case page names the constraints of the job and the families that fit it, with the reason for each.

  1. Linen tracking with UHF RFID Build a linen pilot around receiving, washing, finishing and dispatch. Choose textile tags for the actual attachment, then test counts and exceptions on your own loads.
  2. UHF RFID tags for tool tracking Match an on-metal tag to the tool's usable mounting area, then test issue, return and inventory boundaries. Keep attachment and unread-tool recovery in the pilot plan.
  3. Uniform identification with UHF RFID Choose a uniform tag by garment position, attachment and cleaning route. Plan identity reassignment and manual recovery before testing issue and return events.

3.0Tag finder

Not sure which family fits?

The tag finder filters the catalogue by surface, environment, size, frequency variant, chip and mounting. It does not rank models by read distance, because supplier-stated distances are given under different conditions and cannot be compared with each other.

Surface
Textile, Metal, Plastic, Glass, Carton
Environment
Wash, High heat, Chemical, Impact
Frequency
Wideband, FCC (US), ETSI (EU, UK)
Mounting
Sewn with thread, Pouch or hem, Heat seal, Cable tie, Screw, Rivet, Glue, Adhesive tape

4.0Samples

How a sample evaluation works

A test kit is for checking a model on your own items before you order. This is the whole sequence.

  1. Describe the job

    Say what the tag will be fitted to, the process or environment it must survive, and the reader and frequency you use.

  2. Confirm what is available

    Availability and terms are decided per request. The team confirms them by email.

  3. Test on your own items

    Fit the samples to real items and read them with your own reader. Change one thing at a time: reader power, distance, orientation, surface. Test read range yourself gives a protocol.

  4. Compare, then decide

    Set your readings next to the supplier-stated figures and their conditions on the model page. If they differ, check the conditions first. Then ask for a quote for the models that pass.

5.0Learn

Latest guides

All 15 guides
  • How-to Choose an RFID Tag for Uniform Tracking Select a uniform RFID tag with a garment placement matrix, attachment checks, identity rules and a pilot covering wear, laundry and issue stations.
  • Comparison PCB vs Ceramic vs Flexible On-Metal RFID Tags Compare FR4, ceramic and flexible PET on-metal RFID tags by available area, fixing method and handling, with catalog examples and a sample checklist.
  • Explainer Does Metal Interfere With RFID? Diagnose UHF RFID failures near metal with a symptom table, an on-metal tag checklist and a controlled test for placement and read-zone problems.

6.0Questions

Short answers to what buyers ask first. The full list has more.

All questions

Questions buyers ask first

Can I get samples?

Request a test kit and describe the job: the item or surface, the process it goes through and the reader you use. Samples are handled per request. The team confirms availability and terms by email.

Are the read distances and wash cycles guaranteed?

No. The catalogue shows them as supplier-stated: each figure comes from the supplier specification and is printed with the conditions it was stated under, such as reader, power and surface. They are not test results from us, and different conditions mean the figures cannot be ranked against each other. Run your own trial on samples before you compare models or order.

Which frequency variants are offered?

Models list an FCC variant for the US (902 to 928 MHz) and an ETSI variant for the EU and UK (865 to 868 MHz). Each model page shows the variants that model lists and the band stated for each one.

What is not in the catalogue?

The catalogue covers 43 models in 8 families, split between laundry tags and on-metal tags. It has no silicone-bodied laundry tags. If you need something that is not listed, describe it in a quote request.

Test it on your own surface

Samples are handled per request. The team confirms availability and terms by email.