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The differences between UHF RFID anti-metal tags and regular RFID tags
Anti-Metal Tags
→ Equipped with wave-absorbing materials (e.g., ferrite layers) or metal isolation layers—like wearing "EMI armor."
→ Often have foam adhesive or rigid casings to avoid direct contact with metal surfaces.
Regular Tags
→ No anti-metal design. Placing them on metal surfaces causes signal failure, similar to a phone losing signal in a shielded room.
Scenario |
Anti-Metal Tags |
Regular Tags |
---|---|---|
Metal Surfaces |
✅ Machinery, tool cabinets, car parts |
❌ Unreadable on metal |
Harsh Environments |
✅ High humidity, extreme temperatures |
✅ Only for mild conditions |
Non-Metal Surfaces |
Works but overkill (higher cost) |
✅ Ideal for cardboard, plastic, etc. |
Feature |
Anti-Metal Tags |
Regular Tags |
---|---|---|
Read Range |
3–10 meters on metal surfaces |
Nearly unreadable on metal |
Signal Stability |
Resists interference from metal reflections |
Easily disrupted by metal |
Cost |
Higher (due to specialized materials) |
Lower |
Why Regular Tags Fail on Metal
Metal reflects electromagnetic waves, causing two issues:
How Anti-Metal Tags Overcome This
Healthcare: Track surgical tools during sterilization (high-temperature-resistant tags).
Automotive: Monitor metal parts on assembly lines (ceramic tags withstand 200°C).
Energy: Monitor pipelines or transformers (corrosion-resistant tags).
Retail: Track clothing or cardboard packaging.
Logistics: Label plastic pallets or containers.
Regular Tags = A radio in a metal room (signals get blocked).
Anti-Metal Tags = A satellite phone that penetrates interference.
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