Step-by-Step Installation Guide:​​
To ensure optimal performance when deploying flexible RFID antennas on non-flat surfaces, follow these professional techniques:

• ​​Surface Preparation​​
  Clean the target area with isopropyl alcohol to remove oils/dust. For metallic surfaces, apply a 0.5mm dielectric spacer (included) to prevent RF absorption.
• ​​Adhesive Application​​
  Use the pre-applied pressure-sensitive adhesive for temporary setups (e.g., retail displays). For permanent installations on materials like ABS or PVC, apply Cykeo’s CT-300 conductive epoxy to enhance ground plane connectivity.
• ​​Bending Protocol​​
  Maintain a minimum bend radius of ​​3mm​​ during application. Exceeding this may reduce gain by up to 1.2dBi. For cylindrical objects like pipes, wrap the antenna longitudinally rather than circumferentially to preserve the H-plane radiation pattern.

​​Performance Validation:​​

Pro Tip: Use a vector network analyzer to verify VSWR remains ≤1.8:1 post-installation.

Environmental Durability Overview:​​
The CK-FL1 flexible RFID antenna withstands extreme conditions through its IP68-rated polyimide construction, but these scenarios demand additional precautions:

• ​​High Humidity (＞90% RH)​​
  Apply a conformal silicone coating (0.2mm thickness) to the antenna edges to prevent moisture ingress. Compatible with MIL-STD-810H Method 507.6 testing standards.
• ​​Chemical Exposure​​
  For oil/gas facilities, use the optional FKM (Fluoroelastomer) overlay to resist hydrocarbons and H₂S. Reduces chemical degradation by 89% compared to standard models.
• ​​Thermal Cycling (-40°C ↔ +125°C)​​
  Allow 15-minute stabilization per 50°C temperature change. The antenna’s CTE (Coefficient of Thermal Expansion) of 20 ppm/°C prevents delamination from substrates like aluminum or CFRP.

​​Real-World Case Study:​​
An automotive plant achieved 99.3% read accuracy on engine blocks after implementing thermal gap filler pads between antennas and hot surfaces (＞80°C).

​Dynamic Testing Methodology:​​
Verify your flexible RFID antenna’s reliability in motion-based applications with these industrial-grade tests:

• ​​Linear Motion Test​​
  Mount the antenna on a conveyor moving at 2.5m/s (industry max). Validate performance using:
  • ​​Tag Density:​​ 100 tags/m² spaced 10cm apart
  • ​​Reader Settings:​​ 30dBm TX power, 4x inventory cycles/sec
  • ​​Pass Criteria:​​ ≥97% read rate over 8-hour continuous run
• ​​Rotational Stress Test​​
  Attach to a rotating drum (50 RPM) with 150mm diameter. Monitor:
  • Impedance drift (ΔZ ＜5% over 10k rotations)
  • Adhesive peel strength (＞3N/25mm after test)

​​Troubleshooting Checklist:​​

• ​​Signal Dropouts:​​ Check for micro-cracks using a 10x magnifying glass
• ​​Read Rate Fluctuations:​​ Recalibrate with the Tuning Matrix Tool (free download)
• ​​Peeling Edges:​​ Increase epoxy cure time to 72 hours in ＜15°C environments