Sheet material product types
Arpa High Pressure Laminate - Standard
EN 438 classification: HGS, VGS
Arpa HPL Standard is laminate in thickness ranging from 0.7 to 1.8mm, to be bonded to substrates.
It includes the whole range of Arpa's decors and surface finishes. Wear resistance, hygiene, definition and brightness of the decorative surfaces are the main characteristics of standard laminate.
| Thickness: | 0.7, 0.9, 1.2, 1.5mm. |
|---|---|
| Size: | 2440x1220, 3050x1300, 3200x1600, 4200x1300, 4200x1600mm. |
| Options: | Flame Retardant (HGF, VGF), Removable potective film, Antibacterial (HGF, VGF, HGS, VGS) |
Arpa High Pressure Laminate - Post Forming
EN 438 classification: HGP, VGP
Hot-formable HPL that retains the given shape, both convex and concave, after cooling. To be bonded to a substrate.
Supplied in a wide range of decors, it provides architects and interior designers with the capability of creating the most harmonious lines. The range of applications is extremely wide, including all aspects of the furniture industry and paneling.
| Thickness: | 0.6, 0.8, 1.00, 1.2mm. |
|---|---|
| Size: | 2440x1220, 3050x1300, 3200x1600, 4200x1300, 4200x1600mm. |
| Options: | Removable protective film |
Arpa Unicolor
EN 438 classification: BTS
Full high pressure laminate where the colour of the core is identical to the colour of decorative surface. A robust material that maintains its appearance in areas of high wear, with characteristics that give Unicolor potential for a wide variety of aestheticaly pleasing applications.
| Sizes: | 3050x1300mm |
|---|
Single sided (one side decorative).
Arpa Metals
EN 438 Classification: MTS
Combining the colour and character of a real metal surface, with the lghtweight, flexible and practical nature of laminate.
| Sizes: | 2440x1220, 3050x1300mm. |
|---|
Arpa Solid Grade
EN 438 classification: CGS
Compact laminate in grades up to 30mm, with one or both faces decorated. Solid grade's physical properties make it particularly suitable for applicatons requiring excellent resistance to moisture and all types of mechanical stresses. Given its dimensional stability, it can be used in vertical partitions and represents the ideal solution as a self supporting work surface.