
MIXCELL® Laminate – HPL
HPL is a sandwich panel with a cosmetic finish, consisting of an aluminium honeycomb core and decorative plastic laminate (HPL) skins. The panel can also be supplied with undecorated laminates. Main fields of application: furniture, lifts, shipbuilding, rail transport, road transport.
Layers
1) INTERNAL CORE
aluminium honeycomb
(Starcell production)
aluminium alloy: 3000 series
density: 29 – 40 – 56 – 65 kg/m³
cell diameter:
6.35 – 10 – 12.7 – 19 mm
2) ADHESIVE
thermosetting system (Starcell formula)
3) OUTDOOR SKINS
laminated decorative plastic (HPL)
thickness of the skins: 0.6 – 0.9 – 1.2 – 1.5 – 2.0 mm
Technical sheet of the panel
MIXCELL® Laminate - HPL
PRODUCT ID CODE | ||||||||
Code structure | Value in this sheet | Meaning | ||||||
MIXCELL® | family to which the product belongs | |||||||
Laminate | subfamily to which the product belongs | |||||||
HPL (n/n)(n-n) | panel type | |||||||
HPL (n/ )( ) | 6,35/ = | size (mm) of the hexagonal honeycomb cell | ||||||
HPL ( /n)( ) | /15 = | panel thickness (mm) | ||||||
HPL ( / )(n-n) | 0,9 - 0,9 | thickness (mm) of the two skins | ||||||
S(n) | 1 = | standard dimensions (mm) - S(1) = 1.000 X 1.000 |
CHARACTERISTICS OF MATERIALS AND COMPONENTS | ||||||||
Front finishing layer | ||||||||
material: | decorative laminate | |||||||
type: | HPL | |||||||
standard thicknesses (mm): | 0,6 - 0,9 - 1.2 - 1,5 - 2,0 | |||||||
surface appearance: | smooth - coarse - textured | |||||||
standard adhesive: | thermosetting system (Starcell formula) | |||||||
Hexagonal cell honeycomb | ||||||||
material: | aluminium foil | |||||||
type: | 3000 series alloy | |||||||
foil thicknesses (µm): | 70 | |||||||
density (kg/m³): | 29 - 40 - 56 - 65 | |||||||
standard cell sizes (mm): | 6,35 - 10 - 12,7 - 19 | |||||||
Back structural skin | ||||||||
material: | decorative laminate | |||||||
type: | HPL | |||||||
standard thicknesses (mm): | 0,6 - 0,9 - 1.2 - 1,5 - 2,0 | |||||||
surface appearance: | raw - smooth - coarse - textured | |||||||
standard adhesive: | thermosetting system (Starcell formula) |
PHYSICAL AND DIMENSIONAL CHARACTERISTICS OF THE PANEL | ||||||||
Dimensions | ||||||||
standard (mm): | S(4) = 1.220 X 2.440 - S(11) = 1.300 X 3.050 | |||||||
special (mm): | maximum width: 1.300 - maximum length: 3.050 | |||||||
tolerance (mm): | ± 1 (squared panels) | |||||||
Thicknesses | ||||||||
standard (mm): | 6 | 10 | 15 | 20 | 25 | 30 | 50 | |
special (mm): | other thicknesses on request | |||||||
tolerance (mm): | ± 0,3 | |||||||
Weights* | ||||||||
weights referred to standard thicknesses (kg/m²): | 3,30 | 3,50 | 3,80 | 4,00 | 4,30 | 4,50 | 5,70 | |
tolerance (kg/m²): | ± 0,2 | |||||||
*The weights refer to panels with the following characteristics: | cell size (mm): 10 | |||||||
foil thickness (µm): 70 | ||||||||
thickness of the skins (mm): 0,9 |
MECHANICAL CHARACTERISTICS OF THE PANEL | ||||||||
The characteristics of this sheet refer to the following type of panel: | ||||||||
MIXCELL® Laminate - HPL (6,35/15)(0,9-0,9)S(1) | ||||||||
Starcell's Technical Department will gladly work with customers to determine the features of other panel configurations | ||||||||
Type | Standard | Characteristic value | ||||||
standard thicknesses | - | 6 | 10 | 15 | 20 | 25 | 30 | 50 |
maximum load* (N): | DIN 53293; EN 14125 | 700 | ||||||
deflection at Max* load (mm): | DIN 53293; EN 14125 | 10,00 | ||||||
resistance to peeling* (N): | DIN 53295 | > 100 (min.) - >80 (after ageing) | ||||||
operating temperature (°C): | - | from -15 °C to +75 °C |
CERTIFICATIONS | ||||||||
Type | Standard | Sector | Class | |||||
fire behaviour of the panel | IMO Res. MSC.307(88) - 2010FTP Code | SHIPBUILDING | validation in progress | |||||
fire behaviour of the honeycomb | ISO 1182 | 0 |
PROPERTIES | ||||||||
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FIELDS OF APPLICATION | ||||||||
Typical applications of the MIXCELL® Laminate - HPL panel are interior design. |
STORAGE | ||||||||
The MIXCELL® Laminate - HPL panel is a product in the “semi-finished products” category and therefore is subject to further processing; we recommend storing the panels horizontally in a closed and dry environment, possibly away from heat sources and to support them along their edges. |