Flexible On-Metal RFID Tags That Read on Steel — and Bend With It
Standard RFID tags detune and die on metal. Our flexible anti-metal tags keep full read range on steel and aluminum — and flex to wrap pipes, cylinders, curved equipment, and IT assets.

Three Builds for Metal Environments
Flexible Labels
Thin polymer anti-metal label with adhesive backing. Conformal enough for curved IT chassis, servers, and racks.
Wrap-Around Tags
Bendable tags for pipes, cables, and cylindrical assets. Wrap and stick — no brackets, no drilling, no welding.
Reinforced Tags
Flexible core with added tear and abrasion resistance for outdoor assets, tools, and returnable containers.
Specs vary by size and antenna design — send your application details for a matched spec sheet.
Metal Kills Standard Tags. Ours Are Built for It.
Metal reflects RFID energy and detunes the antenna — a tag that reads 5 m in air can go dead on a steel shelf. Anti-metal tags add an engineered isolation layer so the antenna works with the metal, not against it.
Engineered isolation layer
A tuned spacer keeps the antenna at the right distance from metal, preserving read range instead of losing it.
Flexible materials
Polymer-based construction — not a rigid PCB — so the tag flexes across curved and irregular surfaces without cracking.
Sized to your asset
Smaller tags trade read range for fit; we balance both against your reader setup and mounting surface.
Where Flexible On-Metal Tags Earn Their Keep
IT Asset Management
Servers, laptops, racks, and network gear — all metal, all high-value, all audited. Flexible labels stick where rigid tags pop off.
Industrial Equipment
Tools, machinery, spare parts, and cylinders. Track maintenance history and location across workshops and job sites.
Pipes & Energy Assets
Wrap-around tags for pipelines, valves, and inspection points — including outdoor and high-temperature environments.
On-Metal Tags, MOQ from 1,000 pcs
Tell us the asset, surface, and read range you need — we'll spec the right size, adhesive, and antenna design.
