Pole Banner Pro 18oz is a heavy duty blockout banner material for indoor or outdoor applications. Its uniquely woven 1000 x 1000 scrim provides strength and s ... Read More
Billboard Plus Eclipse® FL is a 8.5 oz. black-backed substrate for billboard applications. ... Read More
Billboard Select Eclipse® FL is a 7 oz. black-backed substrate for billboard applications. ... Read More
EcoVantage 190 is a 100% PVC and phthalate free material for outdoor advertising. The material is suitable for various applications such as banners, display framing systems, POS, and any application that requires ecological approval. EcoVantage 190 provides an excellent option for printers looking for a light weight, sustainable substrate. The material is recyclable under code nr. 1 (PET). ... Read More
Ultraflex EcoVantage® Supreme is a 100% PVC free and phthalate free material for outdoor advertising. The material is suitable for various applications such as banners, outdoor signage, POS, and any application that is looking for a durable non-PVC product. EcoVantage Supreme provides an excellent option for printers looking for a weldable, sustainable substrate and has a high opacity and is waterproof. The material is OekoTex certified. EcoVantage Supreme is compatible for use with solvent, eco-solvent, UV, Latex and screen printing. ... Read More
Normandy® Eclipse® Matte FL is the black-backed version of our world famous Normandy® Pro. ... Read More
Normandy® Pro FL is a premium 13 oz. banner or billboard material. ... Read More
Normandy® Pro FL is a 13 oz. quality, economical front-lit banner or billboard material for UV, solvent, latex or screen-printing. Recommended by printer ma ... Read More
SuperPrint® Economy Eclipse® FL is a 7 oz. black-backed substrate for billboard applications. It is specially formulated for high-speed, one-pass printing. ... Read More
Ultraflex SuperPrint® Plus Eclipse® FL is the black-backed version of our SuperPrint® Plus FL. The 13 oz. material is engineered for open-framed billboard systems or any application where complete opacity is required. ... Read More
