Hvilke forholdsregler skal vi tage, når vi vælger RFID-tags?

RFID technology is one of the main means of automatic counting, because it is an indispensable part of the RFID system, but in the majority of circumstances, the compatibility of electronic tags is not good, but the RFID tags are not the same as the current demand.

For example, LF, HF, UHF, 2.4G, 5.8g, etc. Different prices have their own advantages, low-cost products have good accessibility, but limited transport speed, available for animal management. Due to the limited distance and agreement, high frequency (HF) is usually applied for various types of identification. Ultra-high-frequency (UHF) capable of long-distance acquisition, the most important feature is the first-order critical inspection, but it is easy to accept environmental conditions, especially if it is metal and liquid, the main use is clothing zero-consumer logistics wholesalers. 2.4g and 5.8g specific product signal, number storage is large, detection distance is long, but battery life is a short board.

RFID-tag
Due to the difference in the usage environment of the same product, there is a big difference in the packaging method and the packaging method. Normally, for example, HF, and then PVC card-like form payment and personal care. During the pursuit of the defendant, you can choose an easy-to-use paper or a paper. For example, when the HF is easy to use, the surface of the powder can be made of plastic, the surface of the powder can be made of direct adhesive, the product can be made of metal materials, or can be added to a single layer of absorbent material.

In general, the characteristics of the target, the application plan, the performance indicator, and the various requirements of the installation method are affected by the specific standardization of the project, which is the main factor in determining the success of the application of the project.

RFID tag material selection, we have selected tag material when demand consideration

1. Suitable for environmental materials

2. Signal impact on materials

3. Narimoto effect response and investment return rate

4. Convenient purchase and production

5. Ability to protect the environment from environmental damage

6. Usage durability