What Is a PVC Card?
PVC Card is an ID card that can be secured with a variety of security features. This includes visual identification technology, holographic overlays, and more.
This card type is ideal for organizations that want to go green and support sustainable initiatives. It is also a good choice for cards that need to be printed with a high degree of clarity.
Durability
PVC cards are a sturdy, durable card material that can be customized with any color and design. They are a great option for any business, organization or school that requires a high-quality ID card solution. They are also PVC Card available in different thicknesses to meet specific needs and budgets. Talk to a card specialist to learn more about the benefits of using this card material.
Basic PVC cards are a staple in many workplaces because of their low cost and easy customization with readily available desktop ID printers. They are typically used for employee ID cards, access control at special lounges or other work spaces, and for memberships or loyalty programs. However, this type of card offers relatively low levels of security, making it susceptible to fraud.
Composite PVC-PET cards are a more durable option that can hold up to a lot of abuse. They are typically made of a 60/40 blend of PVC material and polyester, which makes them stronger than standard image grade plastic cards. They are also more flexible, which can be an advantage when printing on retransfer printers which apply extreme heat during the print process and can cause standard cards to warp.
PVC cards are also recyclable, which is an important aspect of sustainable identity solutions. The inkjet printable surface of these cards is treated to absorb ink quickly and prevent smudging, creating professional-looking prints with vibrant colors.
Customization
PVC cards can be personalized by adding a logo or graphics, barcodes, numbers and text to meet the specific needs of an organization. They can also be incorporated with RFID proximity communication capabilities. These technologies enable organizations to offer more value to their customers and increase brand recognition. PVC cards can be printed using a standard printer or a dedicated ID card printer that produces high-quality PVC cards and badges for a lower cost than traditional paper products. They are also highly durable and can withstand wear and tear.
PVC card printers are able to print both standard white and custom color cards. This is a great advantage over paper cards that may be damaged in harsh environments. PVC cards can also be made from recycled materials for a greener option. This is an ideal solution for organizations that are concerned about the environment.
PVC cards can be used for a variety of purposes, including identity cards, membership cards (association, club, cultural centre etc), access control (trade fairs, congresses, seminars and hotel rooms) or as a loyalty card. They can also contain an embedded microchip that can be used for security and identification purposes. In addition, they can be encoded with a magnetic stripe or smart chip for more advanced security features. They are a great choice for businesses that want to modernise their manual processes and improve the safety of employees and visitors by removing the need to constantly check their identity papers.
Security
PVC cards can include security features that are difficult to replicate and spoof, making them an excellent choice for high-assurance credentials. These include overt elements like holograms that make it hard to fake and add visual security, as well as digital protections that prevent unauthorized access to your cardholder data.
ID cards are a critical part of any organization’s security infrastructure. From basic employee identification to high-assurance credentials that leverage smart chips, they can be used for a wide desfire ev3 range of applications and help your organization secure its assets, employees, and customers.
While both PVC and composite ID cards can be printed using a direct-to-card printer, the material of your card will determine how it’s utilized and how long it will last. For example, PVC cards may warp or crack if they’re frequently swiped with a magnetic stripe reader. Composite cards, on the other hand, can withstand this activity due to their sturdiness and durability.
Additionally, the material of your card can also impact the printing process and the clarity/quality of your printed images and text. For example, retransfer printers use a film substrate to print directly onto the card’s surface and can produce higher-quality results than direct-to-card printers. This is important if you’re looking to incorporate microtext or other design elements that are difficult to reproduce on a standard card.
Affordability
PVC cards can be a good choice for organizations that want to use them as an alternative to paper ID cards. They can be printed with all the same security features as paper cards, but they are much more durable and tamper-proof. Additionally, they can be customized to include the specific ID card security features that your organization requires.
PVC ID card printing can be done in-house using a specialized printer that can produce multiple ID cards at one time. This can be more cost-effective than printing on paper, which requires several machines and an investment in inks and lamination. Additionally, PVC cards can be used to track employee attendance and other data.
Some PVC cards are made of recycled materials, which reduces the amount of waste generated by production. They also require less energy to produce than conventional plastic cards. PVC cards can be printed with a variety of security features, including magnetic stripe, barcode, and smart chip encoding.
Another eco-friendly option for PVC cards is Teslin, a biodegradable substrate that meets ISO, ANSI, credit card, and ABA standards for transaction cards. It also meets ABA and ENERGY STAR standards for water efficiency. Using Teslin reduces the need for extracting, quarrying, and logging natural resources and cuts greenhouse gas emissions. It can also be composted, which reduces landfill space and minimizes pollution.