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Wet Inlay RFID Tag
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Wet Inlay RFID Tag

Wet Inlay RFID Tag

The reading range is quite depends on the design of the RFID inlay, Ascend IOT presents various of UHF wet inlay with different dimension to match the demands of the customers, we believe that we always have one type of RFID label that meets your requirements.
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Product Details ofWet Inlay RFID Tag

Description:

Physical Specifications:

Item

ASUHF42X16C

Material

Coated Paper/PET

Antenna Dimension

38*12 mm

Label Dimension

42*16 mm

RFID Specifications:

Protocol

EPC global Gen2, ISO/IEC 18000-6c

Frequency

860-960 MHz

Chip

U8/U9

EPC

128/96 bits

TID

96 bits

Reading Range

2-5 meters

Data Retention

>10 years

Write Endurance

100,000 times

Application

Retailing

Asset tracking

Container/Pallet/Carton Box identify and management, etc.

Environmental Specifications

Working Temp

-40℃~+85℃ (-40° to +185°F)

Storage Temp

-40℃~+85℃ (-40° to +185°F)

Personal Customization & Packing

Customization Content

Logo/Text/Bar code/QR code/ Numbers printable, Data program

Packing Details

5000pcs/roll


What is the difference between wet and dry RFID inlay?


Wet and dry RFID inlays refer to two different manufacturing processes for producing RFID (Radio-Frequency Identification) inlays. The key difference between the two lies in the state of the adhesive material at the time of assembly. Here's an explanation of wet and dry RFID inlays:

  1. Wet RFID Inlay:

    • Adhesive Application: In the wet inlay manufacturing process, the adhesive material is applied to the RFID antenna and chip while it is in a liquid or wet state.
    • Assembly: The wet adhesive is applied to the antenna or substrate, and the RFID chip is then placed onto the wet adhesive. The components are pressed together to bond them, and the wet adhesive solidifies as it dries. This creates a strong bond between the chip and the antenna.
  2. Dry RFID Inlay:

    • Adhesive Application: In the dry inlay manufacturing process, the adhesive material is applied to the RFID antenna and chip while it is in a dry or solid state.
    • Assembly: The dry adhesive is pre-applied to either the chip or the antenna substrate. The chip and antenna are then pressed together, and the dry adhesive reactivates with pressure and heat, creating a bond between the two components.


    • wet inlay rfid tag

Both wet and dry RFID inlays have their advantages and are suitable for various applications:

  • Wet Inlays: These inlays are known for their strong adhesive bonds, making them suitable for challenging environments and applications where the tag may be exposed to moisture or extreme conditions. They are commonly used in applications like asset tracking, supply chain management, and retail inventory.

  • Dry Inlays: Dry inlays are preferred when a thinner, more flexible, and lower-profile tag is required. They are often used for applications like access control, e-passports, and contactless payment cards. The dry inlay process allows for more precise control over the thickness of the inlay.

The choice between wet and dry inlays depends on the specific requirements of the RFID application, including environmental factors, tag thickness, and performance expectations. Both types of inlays are widely used in the RFID industry and play a crucial role in enabling RFID technology in various sectors.





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