RFIDHY compares sidewall, bead, and embedded RFID tire tags across read range, durability, and 200C cure survival, so you can pick the right mounting method for OEM, fleet, or retread use.
RFIDHY’s RFID-based tire traceability solution links every tire to a durable identity from the curing line through retread and recycling, giving supply chain teams real-time visibility and a foundation for the EU Digital Product Passport.
The EU DPP Registry is the access point that resolves a tire’s digital product passport. RFIDHY’s embedded RFID tags supply the durable on-product identity that lets each tire reach it.
The EU tire DPP is arriving in phases, not on a single date. RFIDHY’s embedded RFID tire tags give manufacturers a durable identity layer that stays valid from the factory through retreading and recycling.
A practical briefing on how the EU ESPR regulation creates tire RFID compliance obligations and what manufacturers should do now to prepare for the Digital Product Passport.
A practical explainer on the tire Digital Product Passport (DPP): how EU regulation is driving tire-level data, and why embedded RFID is the enabling technology.
RFID antenna is an important part of RFID tag. The quality of the tag is directly related to the reading and writing distance of the tag. Many friends are curious, how exactly are RFID tags made? So today, I will take you to understand the three most common RFID tag manufacturing processes. RFID Antenna Etching…