Aslan DFP 43 and 44 Print 'n Go Ant-Slip indoor floor film is a s self-adhesive digital printing film.No laminating film required Available in White (DFP43) and Transparent (DFP44). For smooth interior floors and has a structured surface. Directly printable, especially slip‐resistant and fulfills the non‐slip safety class R 13 as well as DIN 51097 for wet barefoot walkways. This safety class is mandatory for floor applications such as kitchens or barefoot walkways. Face film: Plasticized PVC (monomeric softeners) Thickness: ~ 140 μm Adhesive: Acrylic pressure sensitive adhesive Release liner: PE coated silicone cardboard Printability The material is printable with solvent, eco‐solvent, latex and UV‐curable inks as well as with screenprinting inks. Inks must dry out completely prior to application in order to avoid that the film and adhesive are affected by the inks. Application Small glass particles on the surface make the film especially rough and slightly sanding. It does not affect the printing process negatively. Due to the production process there might occur small black particles in the film. They do not influence the functionality and are nearly invisible if it is applied on the floor. The film should be applied with the ASLAN Application Roll or a plastic squeegee without felt edge. The material is only suitable for smooth indoor surfaces. Cleaning We recommend to clean the film with a mop. The product is resistant against standard floor detergents. The use of a scrubber dryer is also possible. For a partial cleaning a wet cloth can be used. Rough surfaces are more difficult to clean than smooth surfaces Storage life Before application the product can be stored for minimum 2 years from date of production. The film must be stored at room temperature (15‐25 °C) and a relative humidity of the air of 50‐60%. To avoid pressure points appearing on the roll surface, we recommend the rolls be stored either vertical standing or for this purpose designed 'hanging' racks. Durability Up to 6 months indoors depending on mechanical load in central-European standard climatic conditions