In the world of RFID, there are thousands of different tags and labels. But which one is best for your project? You need to consider certain factors, such as the required performance, the material of the tagged goods, the environment, etc. when selecting the appropriate RFID metal tags India. If you select the wrong tag, your project can fail. Choosing the right RFID tags is critical to the success of your project.
The surface material of the tagged item:
The first question you need to answer is what is the surface material of the tagged item? Be it plastic, wood, glass, metal, or any other material, RFID tags generally work well on plastic, wood, or cardboard. Items that contain metal, glass, or liquid are more complex materials to tag. Because these materials can interfere with the communication between the RFID reader and the tag, to find the right RFID label, you must verify that the tag is suitable for these materials.
Environment / IP Level:
The environment may affect the tag reading results. That’s why it’s important to evaluate the environment in which tags will be used. In what environment will tags/labels be placed? Do they need to be immune to scratches and beatings? Does that make them an ideal choice for RTI (Returnable Transport Items) use, or do they need to survive in specific temperatures? Check the tag specifications to make sure they meet your project environment.
Tag size and reading range:
Size doesn’t matter; the tag’s size is usually related to the reading range. So if you need a reading distance of several meters, Suitable labels are usually larger if you need a reading distance of a few centimetres. Eco Track Systems offer different sizes and shapes of RFID tags. Therefore, there will always be an RFID tag that meets your needs.
The proper way of tagging or labelling depends on a few factors. It depends on the material and shape of the tagged goods and the environment. Some RFID tags and labels come with adhesive for glueing. While some can be installed with straps, screws or nails, the attachment method for tags and labels is usually found on the tag’s datasheet.
The memory size of a tag or label affects the amount of data it can store. Most RFID tags have less than 2 KB of memory, enough to store some basic information about the tagged item. Most applications do not require additional memory, but memory size can be expanded by customizing tags.