The antenna of the tag is usually embedded in plastic objects by etching, electroplating technology: embedded in paper is offset printing,
Screen printing and offset printing techniques. Only through a simple thermal evaporation process, the aluminum coil antenna can be formed on the paper and formed into a complete RFID tag. Aluminum is cheaper than copper or silver and is already widely used in various labels. Studies have shown that this approach reduces costs by a fifth. The self-adhesive electronic label uses paper, synthetic paper or PET as the base material, and is made by the silver antenna printing process. It has a single-layer structure and does not need to make Inlay. It is suitable for radio frequency identification (RFID) applications such as libraries, logistics, air luggage tags, postal letters, security management, etc.
Technical parameters of self-adhesive electronic label:
Support standard: EPCor ISO18000-6
Working frequency: high frequency; ultra high frequency
Storage capacity: 128bits (with encryption function)
Rewritable times (+25℃): 100,000
Data storage time (+55℃): more than 10 years
Number of simultaneous identification tags: up to 1000 tags (depending on reader or antenna)
Thickness: Chip: 0.18mm Label Bottom: 0.15mm
Operating temperature: -25℃ to +70℃
Storage temperature: -40°C to +85°C