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✔️ 5M+ Read Range on Metal Surfaces

✔️ IP68 Protection & Chemical Resistance

✔️ 100,000+ Rewrite Cycles with 20-Year Data Retention

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METAL-BORN. INDUSTRY-PROVEN.

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CK-BQ7020 On-Metal RFID Tags Specifications

Main Specifications

  • ModelCK-BQ7020
  • BrandCykeo
  • Product NameOn-Metal RFID Tags

Physical Parameters

  • Dimensions70×20×2.5mm
  • Base materialFR4+ epoxy resin material
  • Base materialImpinj M4E/M4QT, NXP U8/U9
  • Antenna manufacturing methodEtched Aluminum
  • Weight7.6g ±0.3g

Developer Support

  • API InterfacesRESTful & Native APIs (IoT/ERP Integration Ready)
  • ​LanguagesJava, C# (Cross-Platform Compatibility)
  • ​Secondary Development SDKFull toolkit for ​custom firmware & app development

Performance Parameters

  • Frequency Range840MHz~960MHz
  • Protocol SupportISO/IEC 18000-6C, EPC Class1 Gen2
  • ​​Chip Technology​Impinj Ucode-8 IC
  • ​​Read Range​5m on metal
  • Memory Capacity​EPC:128bit, TID:96bit
  • ​​Lifespan​100K writes, 10-year data retention

Operating Environment

  • Operating Temperature-40°C to +85°C
  • Humidity20% to 90% RH Noncondensing
  • Storage-25°C to +50°C

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On-Metal RFID Tags FAQ

How Do On-Metal RFID Tags Maintain Performance in Extreme Industrial Environments?​

On-Metal RFID Tags are engineered to thrive in harsh conditions through advanced material science and adaptive frequency design. The CK-BQ7020’s FR4-epoxy composite casing provides ​​IP68-rated protection​​ against dust, water ingress, and chemical corrosion (tested with 95% alcohol and 92# gasoline). For temperature extremes, these tags operate reliably from ​​-40°C to +85°C​​, with a storage tolerance up to ​​100°C​​, making them ideal for applications like foundry equipment tracking or cold chain logistics.

To ensure signal integrity on metal surfaces, the tags use a ​​3.2mm isolation gap​​ between the RFID inlay and mounting surface, minimizing electromagnetic interference. Rigorous ​​MIL-STD-810G testing​​ validates resistance to vibrations, 1-meter drops, and prolonged UV exposure. In oil/gas pipelines, these tags have demonstrated ​​99.8% read accuracy​​ after 12 months of direct contact with lubricants and hydraulic fluids.

What Installation Methods Optimize On-Metal RFID Tags for Long-Term Asset Tracking?​

The CK-BQ7020 offers ​​three industrial-grade mounting solutions​​ to maximize durability across metal surfaces:

  • ​Screw-Fixed​​: Stainless steel M3 screws (included) secure tags to machinery with ​​3.2mm pre-drilled holes​​, ideal for high-vibration environments like CNC mills.
  • ​3M VHB Adhesive​​: 0.5mm thick pressure-sensitive tape withstands ​​50kg/cm² shear force​​, perfect for smooth surfaces like stainless steel containers.
  • ​AB Epoxy Bonding​​: A two-part industrial adhesive creates permanent bonds on irregular/textured metals (e.g., cast iron), surviving ​​500+ thermal cycles​​ from -30°C to 120°C.

For curved surfaces ≤15° radius, our ​​pre-curved tag variants​​ maintain full read range without air gaps. Field tests show ​​5+ year retention​​ on outdoor utility poles using epoxy bonding, even under monsoon conditions. Always clean surfaces with isopropyl alcohol before installation to achieve optimal bond strength.

How Do On-Metal RFID Tags Prevent Signal Interference in Metal-Dense Facilities?​

Traditional RFID tags fail in metal-rich environments due to signal reflection, but CK-BQ7020 On-Metal RFID Tags leverage ​​dual anti-interference technologies​​:

  1. ​Adaptive Frequency Hopping (902-928MHz)​​: Automatically shifts between 50 channels to avoid collisions with WiFi 6 (5GHz), Bluetooth, and industrial IoT sensors.
  2. ​Directional Antenna Tuning​​: The ​​4.65dBi linearly polarized antenna​​ focuses radiation patterns away from host metal surfaces, achieving ​​5m+ read ranges​​ even when mounted on steel beams or aluminum composites.

In automotive assembly lines with 100+ robotic arms, these tags reduced misreads by ​​92% compared to standard UHF tags​​. For facilities with CNC machines, our ​​ISO/IEC 18000-6C-compliant protocol​​ ensures error-free operation within ​​2 meters of operating EM welders​​. Real-world deployments in shipyards demonstrate ​​100% tag survivability​​ after 3 years amidst continuous RF noise from arc welders and plasma cutters.

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Logistics
Tool Tracking
Healthcare
Manufacturing
Energy
Security