Mini Bullet RFID Tag
Select a miniature bullet RFID tag by cavity, housing, chip and reader. Validate the installed assembly before approving embedded identification.
Product selection · 23 catalog options
Industrial RFID tags identify an object at a reader checkpoint. Choose the installation and reader protocol together: a textile laundry tag, a mounted metal-asset tag and a tyre transponder need different constructions. Use the product guides below to define attachment, encoded data and a representative sample trial before approving production.

Explore the range
Select a miniature bullet RFID tag by cavity, housing, chip and reader. Validate the installed assembly before approving embedded identification.
Plan RFID cable tie tags for totes, pipes and assets. Specify the loop, lock, print face and RF configuration, then test the closed installed tag.
Specify waste bin RFID tags by mounting pocket, LF or UHF reader and collection workflow. Test the fitted bin during a representative lift.
Choose nail-shaped RFID tags by host material, installation method and reader. Approve the housing drawing and test the installed tag in timber or assets.
Plan reusable pallet identification with a mounted UHF tag. Specify the pallet fitting, EPC data and loaded read tests before rollout.
Evaluate patch-type UHF tyre tags with an approved tyre attachment process. Check identification on the assembled wheel and validate service conditions.
Specify spring-antenna tire transponders for manufacturer-led embedding trials. Validate placement, curing exposure and reads in the finished tire.
Specify a heat-exposed on-metal UHF tag by temperature, dwell, cycles and read point. Validate the entire mounted assembly before production approval.
Source key transponder components by exact chip, housing and authorized system requirements. Validate programming and use in the finished key assembly.
Specify flexible HF RFID circuits by chip, bend geometry and assembly process. Validate the finished housing instead of assuming substrate heat or bend limits.
Choose a ceramic UHF RFID tag by available metal area, protection and mounting. Validate the complete assembly and reader setup on representative assets.
Select rigid HF RFID PCB components by chip, footprint and finished housing. Separate this 13.56 MHz product from UHF on-metal PCB tags.
Specify rigid UHF on-metal PCB tags by mounting area, chip and reader zone. Validate EPC data and installed performance before asset deployment.
Evaluate a silicone UHF laundry strip by attachment, linen handling and reader setup. Confirm the model’s process conditions before a laundry pilot.
Review PPS UHF laundry buttons by diameter, attachment and textile fit. Verify process conditions and read results before replacing another tag format.
Specify UHF windshield labels by glass construction, placement and access reader. Test metallized glass, lane reads and removal behavior on actual vehicles.
Choose tamper-evident RFID labels by visible damage, RF failure or electronic status. Match the seal construction, chip and verification workflow.
Specify jewellery RFID labels by attachment, print and item identity. Test representative pieces in trays and displays with the intended reader.
Specify round NFC coin tags by diameter, chip, reader and mounting. Validate the finished assembly; confirm cleaning and contact requirements separately.
Plan a low-visibility RFID tag around the finished appearance, chip and host material. Approve a representative clear construction and installed read test.
Specify glass RFID transponders by chip, dimensions and intended use. Separate non-implant components from documented animal-identification assemblies.
Choose printable on-metal UHF labels by surface, thickness, printer and encoding. Validate feeding, print quality and RF reads on the actual metal asset.
Compare eight textile RFID laundry tag models by dimensions, attachment and documented process conditions. Plan a linen pilot with known item counts.
From shortlist to sample
Send the installation, reader and process conditions. We can review suitable tag configurations and a sample plan, with commercial terms confirmed for the selected build.
Buying questions
Use the selected model’s information and an agreed sample test for the final decision.
Start with the object, mounting method and installed reader. A tag for a metal tool, a linen seam and a tyre patch requires a different assembly and acceptance plan. Share the mounting area, reader protocol and complete service conditions, then choose representative configurations from the relevant product guide.
No. This catalog includes an HF PCB tag for integration projects and a separate UHF PCB family. A PCB describes a construction, not a radio protocol or universal metal compatibility. Confirm the exact chip, antenna, surrounding materials and finished installation before approving either option.
Compare the exact model and stated test conditions. The textile model sheets list individual wash, drying, ironing and sterilization conditions; those entries do not establish that one tag completed the same number of combined laundry cycles. Silicone-strip and PPS-button evidence must be reviewed separately. Agree an attachment and process trial for the selected construction.
The finished antenna and chip, reader power and antenna, regional configuration, orientation, object material and surrounding items affect the result. Define the intended read zone and where reads must stop, then test mounted samples. A housing size or RF band alone does not provide an installed-distance guarantee.
Confirm the exact chip and writable field first. A project identifier may be stored in suitable memory or mapped to a factory identifier; factory-programmed IDs are not universally rewritable. Approve a sample of the encoded data, printed code and mapping file, including duplicate and read-back checks.
The standard tags-and-labels planning baseline is 1,000 pieces, subject to confirmation for the selected housing, chip, print and encoding. Tooling or special constructions need their own quote. Confirm representative sample availability and charges under the sample policy, then agree production timing, inspection, freight and delivery terms after specification approval.
Continue your selection
Review the textile models and their individual test conditions before planning the process trial.
Define the on-metal installation separately from an HF PCB integration.
Review the proposed patch and tyre-maker-approved attachment before sampling.
Plan stock or custom samples, freight and the production-approval reference.
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