IDs are typically printed on a special type of paper called Teslin. Teslin is a synthetic material that offers several advantages over traditional paper. It is known for its flexibility, which allows it to be easily shaped and molded into various forms, such as ID cards. This flexibility is particularly useful in the ID badge industry, where cards need to be durable and able to withstand frequent handling.
One of the key benefits of Teslin is its high printability. It can be easily printed on using various methods, including dye-based inkjet printing, offset printing, and laser printing. This flexibility in printing options allows for vibrant and detailed designs to be printed on the ID cards, ensuring that important information such as names, photos, and other details are clearly visible.
Additionally, Teslin is waterproof and tear-resistant, making it ideal for IDs that are likely to be exposed to moisture or rough handling. This ensures that the ID cards remain intact and legible even in challenging conditions. For example, if someone accidentally spills a drink on their ID card or if the card gets wet in the rain, the Teslin material helps to prevent the ink from smudging or the card from disintegrating.
The durability of Teslin is further enhanced by its tear resistance. Traditional paper is prone to tearing, especially when subjected to frequent handling or bending. However, Teslin is designed to withstand these stresses, making it a reliable choice for ID cards that are used regularly.
In my personal experience, I have seen the benefits of Teslin in ID cards. I have used ID cards made from Teslin for various purposes, including access control at events and membership cards for organizations. The cards have proven to be highly durable, withstanding the wear and tear of daily use without losing their legibility or structural integrity.
To summarize, IDs are commonly printed on Teslin, a synthetic paper material that offers flexibility, high printability, waterproofing, and tear resistance. Its unique properties make it well-suited for the ID badge industry, ensuring that ID cards remain intact, legible, and durable even in challenging conditions.