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A variety of inks or dyes, in various colors, can also be useful for printing credit cards. These dyes and inks are especially created for use on plastic. Special magnetic ink can also be available to produce th...

The credit-card consists of many plastic levels, laminated together. The middle is often created from a plastic resin polyvinyl chloride acetate (PVCA) known. This resin is then blended with other materials, such as for instance plasticizers and dyes to give the correct look to it and feel.

A variety of inks or dyes, in several colors, can also be employed for printing bank cards. These dyes and inks are specifically made for use on plastic. Particular magnetic ink is also open to print the magnetic stripe (magstripe) on the rear part of the card. The inks are made by scattering metal oxide particles within the appropriate solvents. Card providers, such as VISA, which have their own holograms, use additional special printing techniques which may take place for cards, like VISA, with featured holograms.

The manufacturing of the credit card happens within the following steps:

1. Plastic compounding and molding: The plastic for the page is made my melting PVCA with other products. This molten mixture is place in the correct molding equipment, and is flattened for the proper thickness by passing it through rollers. This sheet is then permitted to cool down.

2. Printing: Each card sheet is then printed with text as well as graphics. Silk screening and magnetic ink printing are the processes used. The magnetic strip can be created using hot-stamping. Magnetic heads are accustomed to code and decode the metal particles in the strip, to ensure relevant data could be stored in them. Nevertheless, if they are on the floor of the card the magnetic particles can only be useful, thus this step is conducted following the lamination.

3. Lamination: Essentially, lamination improves its power, and shields the card. Lamination is performed on both sides of the card.

4. Cutting and Embossing: After lamination, each page is cut right into a set of cards. Each page provides yield of around 63 cards. The page is first cut into seven sections longitudinally, and then each one of the seven sections is cut into eight cards. Each card has become a different credit card, and will soon be imprinted with account figures, and other data. The cards are actually ready for delivery to the cardholders! Each card needs to be of the premium quality. Clients can't get cards that will break or be destroyed following a certain time frame. Key quality issues are related to the compounding of plastic and color matching of the inks. The American National Standards Institute features a standard for plastic raw materials (ANSI specification x4.16-1973). Elements need to be mixed, properly assessed and combined beneath the other manufacturing conditions and appropriate temperatures. Similarly, the molding process has to be scrutinized in order to avoid defects and flaws, which may cause the cards to crack or rupture. The final quality-check would be to ensure the right figures are stamped on the cards through the process.

The numerous evolving technologies in this area will help cause them to become cheaper when it comes to manufacturing and create the credit cards with better quality. New generations of charge cards might take integrated computer chips, containing various valuable information, making the card secure, together with more useful. visit link