5. ICON - DOUGLAS PINE, HPL 12 MM, SQUARE
iCon Douglas Pine, square table top, 12 mm HPL, for professional indoor and outdoor use
Description: The iCon table top in the Douglas Pine decor is a 12 mm compact HPL panel for professional hospitality furniture. Its homogeneous structure without edge banding withstands moisture, sunlight and daily cleaning, so the top is suitable for tables on terraces and in gardens as well as for indoor hospitality spaces. The top is mounted on hospitality table bases. The decor is part of the iCon range, which covers wood, stone and concrete decors as well as plain colours.
Material: The panel is high-pressure laminate (HPL) in a compact build: layers of cellulose fibre impregnated with thermosetting resins are pressed under high pressure and temperature into a homogeneous panel with a decorative layer on both faces. The thickness is 12 mm. The edge is machined out of the solid panel, so there is no edge band that could come loose.
Certificates: UV resistance of grade 6/8 to DIN EN ISO 105 (colour fastness to light). Resistance to cigarette burns and to scratching below 3 N to EN 438, the standard for decorative high-pressure laminates. Temperature resistance up to +180 °C. The panel is intended for garden and indoor use and for professional use.
Cleaning and maintenance: Warm water and a microfibre cloth are enough to maintain the HPL panel; for greasier soiling use dishwashing detergent, a neutral all-purpose cleaner or a glass cleaner. Remove stubborn stains with alcohol or acetone – brief contact only, then wipe with water and dry. Abrasive products and coarse sponges, aggressive acidic and chlorine-based cleaners and metal cleaners are not recommended.
Dimensions:
- 60 x 60 cm
- 70 x 70 cm
- 80 x 80 cm
- 90 x 90 cm
- 120 x 80 cm
- made to order
Technical specifications:
• Thickness: 12 mm
• Material: HPL, compact panel
• Range: iCon
• Decor: Douglas Pine
• Shape: square
• Use: indoor and outdoor
• UV resistance: 6/8 (DIN EN ISO 105)
• Resistance: cigarette burns, scratching below 3 N (EN 438)
• Temperature resistance: up to +180 °C
