Xygraphic PVC Film
Xygraphic pvc film is a powerful material that can be used for a variety of purposes. It can be molded into any shape and is highly flexible. It can also protect products from damage and is tamperproof.
PVC overlaminates serve two primary functions-enhancing and protecting graphics. Many overlaminates are clear and feature a pressure-sensitive adhesive. Some offer more specific protection such as slip resistance.
PVC holographic film is an eye-catching material that adds value to packaging. It is made from PVC pellets that are melted and extruded into a thin sheet of film. This film is then coated with aluminum and embossed to create the holographic pattern. It can be used for a variety of applications, including gift wrapping, lamination, and security labels.
PVC film is an extremely durable material that offers resistance to abrasion, chemicals, impact, and other environmental hazards. Its durability and strength make it a great choice for a variety of printing applications. It is also easy to process, and it prints well with traditional screen and UV inks.
Although many companies are moving away from PVC laminates, there is still a market for them in specific applications. For example, some companies use them to protect calendared vinyl media or cast vinyl. They can even be matched with other substrates, such as a PET laminate, to create a high-end finish.
PVC-based overlaminates are also a popular choice for paint protection films Glass Window Film on vehicles. They provide a level of protection that prevents chemicals from damaging the vehicle’s paint, but they are not as flexible as other types of overlaminates. This makes them difficult to install, especially on cars with curved surfaces or wraps. In addition, the elasticity of PVC-based paint protection films decreases over time, which can result in yellowing and cracking on the surface of the car.
The PVC film residue that is left behind after the removal of printed graphics can be a real problem. Some people mistake it for dust or dirt, and it can have a very strong unpleasant smell. This is why it is important to select the right printing materials. If you are using a high quality print, the residue will be odorless and clear. It is also important to use a suitable lamination. This will prevent the adhesive from changing color, as is common with PVC.
The first overlaminates were thermal polyesters that encapsulated paper-based products, but as printing capabilities advanced so too did the materials used for overlamination. Polyvinyl chloride (PVC)-based overlaminates became the standard for enhancing and protecting wide and narrow format digitally printed graphics, including those designed for indoor wall displays and floor graphics. Increasingly, however, polyester, polyurethane and polypropylene (PP) overlaminates are gaining popularity for their lower cost and eco-friendly nature when compared to PVC options.
Overlaminates protect against UV rays that can cause graphic colors to fade, and they can reduce the appearance of scratches and scuffs to help trade show graphics remain attractive for years. They can even offer more specific protections such as slip resistance. In addition, overlaminates can be finished with a variety of textures that add to the aesthetics and reflect light.
PVC profiles are subjected to heavy stresses during production, processing, storage and transportation. This can result in damage to the surface. Effective protection helps to avoid such damage. POLIFILM PROTECTION films are specially developed for PVC profiles. They reduce damage caused by friction during processing and prevent surface scratches and contamination during transport and storage. This improves process efficiency and prevents costly mix-ups which are caused by surface defects.
Traditional PVC overlaminates still serve a purpose for specific applications such as floor graphics. They xygraphic pvc film offer a wide range of finishes and can help preserve and enhance a print while providing additional durability in harsh environments. They can also prevent scratches and scuffs on trade show displays or repel graffiti to ensure a graphic looks fresh and new for a long time.
Non-PVC overlaminates, such as polyester, polyurethane and polyethylene terephthalate (PET), are gaining in popularity. They offer a more environmentally-friendly alternative to PVC. Their recyclability and compliance with regulations such as Prop 65 is driving demand, says Yarbrough. They also provide a wide range of finishes and can help with color stability. They can also protect against UV rays and provide abrasion resistance. Some also offer more specific protection such as slip resistance. For example, Drytac’s ORAJET Series 1663 is a durable 4.25 mil film specifically developed for foot traffic-resistant indoor floor graphics.
As a material, PVC is very flexible and conforms to a range of shapes and surfaces. This flexibility, along with its durability and heat resistance, makes it ideal for use in a variety of applications.
However, this flexibility can lead to damage if the film isn’t handled properly. For example, if the PVC is subject to extreme cold temperatures, it will lose its elasticity and may crack or break. It is therefore essential that the PVC be kept out of harsh environments.
PVC films are also used in a range of industrial applications, including manufacturing products such as furniture covers and protective materials. In addition to their durability and abrasion resistance, PVC films are easy to clean. This helps to ensure that the production process runs smoothly and efficiently.
Another application of PVC film is in the fabrication of window covers and siding. These films are often coated with special protective layers that help to protect the underlying surfaces from scratches and other damage. This helps to improve the quality of the final product and reduce the number of complaints and rejections.
PVC film can be printed with a variety of traditional screen and offset inks, as well as with UV-curable solvent and latex inks. It can also be laminated with a range of laminating products. Acetone and xylene work well to remove PVC residue before it dries out.