PVC BANNER PRINTING: WHAT ARE THE OPTIONS?
Our shop provides online banner printing on PVC in landscape and portrait orientation or square size. We print your advertising banner on one or two sides, always in four colours. Choose between matt PVC and mesh fabric for the base material. We will then produce the desired banner in standard sizes or to your size specifications. By the way: Our special banners for hoardings and construction fences are always printed in four colours on one side and can be found in the Tarpaulins, 4/0 colours category.
MATERIALS FOR OUR ADVERTISING BANNERS
We produce one side printed banners (4/0) from 500 gsm matt PVC or 300 gsm PVC mesh fabric. Both materials are ideally suited for outdoor use. We recommend air-permeable mesh fabric for windy corners or use in autumn. For two side printed advertising banners (4/4), we always use 442 gsm heavy duty truck tarpaulin which is absolutely weatherproof, flame-resistant and extra sturdy.
ADDITIONAL OPTIONS FOR ADVERTISING BANNERS
Optional accessories for banners printed in four colours on one side include two different strap fix systems: A standard version and a premium version. The two versions have different loop sizes. The standard version has a loop size of 20 to 22 cm, whereas the loops of the premium version range between 60 to 80 cm. You can order one side printed banners either final trimmed only or additionally seamed and with punched eyelets.
Two side printed banners are also available with eyelets that can be placed either at the short side, at the long side or all around.
FAQ – BANNERS
1. What banner materials are available?
Available banners materials are matt PVC, mesh fabric and blockout tarpaulin.
2. How weather-resistant are advertising banners and tarpaulins?
Our advertising banners made of PVC, mesh fabric and blockout tarpaulin are completely weather-proof and suitable for outdoor use. If you are looking for a banner to install in a windy spot, we recommend mesh fabric which is capable of withstanding high wind loads thanks to its mesh structure.