The standard smart bus card is an intelligent transportation card that has functions such as card payment and identity verification. Double stack card is a type of card with super strong demagnetization tape to prevent interference, which can prevent electromagnetic interference and improve the safety of transportation vehicles.
The double stack card of the standard smart bus card has anti-interference function, which means there are magnetic strips on both sides of the card to prevent electromagnetic interference. This function is mainly designed to prevent interference during card swiping and reduce the safety of transportation.
In the standard smart bus card, the double stack card has two magnetic strips, one for card payment and the other for identity verification. The card with super strong demagnetization tape can have magnetic strips attached to both sides of the card for identity verification. This feature can prevent the payment function from being affected by electromagnetic interference during the identity verification process.
In addition, the standard smart bus card also has the following characteristics:
1. High security: The card type with super strong demagnetization tape anti-interference has high security and will not have any impact on transportation vehicles and users.
2. Quick identification: The card type with super strong demagnetization tape anti-interference has a quick identification function, which can quickly identify vehicles and users.
3. Customizability: The types of cards with super strong demagnetization stickers and anti-interference can be customized according to needs to meet different requirements.
4. Waterproof and Dustproof: The card type with super strong demagnetization tape anti-interference has waterproof and dustproof functions, which can prevent rainwater, dust, etc. from entering.
In short, the standard smart bus card double stack card with super strong demagnetization sticker anti-interference is an effective anti-interference card that can protect vehicles and users from electromagnetic interference.
