ALUCOBOND® PLUS
ALUCOBOND® PLUS has been developed exclusively for the more stringent fire prevention regulations in architectural products.
Thanks to its mineral-filled core ALUCOBOND® PLUS meets the stricter requirements of most fire classifications. Its is hardly inflammable and offers all the proven product properties of the ALUCOBOND® family, such as flatness, formability, resistance to weather and easy processing.
| THICKNESS | STANDARDS | UNIT | 3MM | 4MM | |
|---|---|---|---|---|---|
| Thickness of Aluminium Layers |
[mm] | 0.5 | |||
| Weight | [kg/m²] | 5.9 | 7.6 | ||
| Width | [mm] | 1000 / 1250 / 1500 (1575 / 1750) | |||
| TECHNICAL PROPERTIES | |||||
| Section modulus | W | DIN 53293 | [cm³/m] | 1.25 | 1.75 |
| Rigidity | E·J | DIN 53293 | [kNcm²/m] | 1250 | 2400 |
| Alloy / Temper of Aluminium Layers |
EN 573-3 EN 515 |
EN AW 5005A (AIMg1) H22 / H42 |
|||
| Modulus of Elasticity | EN 1999 1-1 | [N/mm²] | 70.000 | ||
| Tensile Strength of Aluminium | EN 485-2 | [N/mm²] | Rm ≥ 130 | ||
| 0.2 % Proof Stress | EN 485-2 | [N/mm²] | Rp0,2 ≥ 90 | ||
| Elongation | EN 485-2 | [%] | A50 ≥ 5 | ||
| Linear Thermal Expansion |
EN 1999 1-1 | 2,4 mm/m at 100ºC temperature difference | |||
| CORE | |||||
| Mineral filled polymer | |||||
| SURFACE | |||||
| Lacquering | Coil Coating Fluorocarbon (e.g. PVDF) |
||||
| Gloss (initial value) | EN 13523-2 | [%] | 30-80 | ||
| Pencil Hardness | EN 13523-4 | HB-F | |||
| ACOUSTICAL PROPERTIES | |||||
| Sound Absorption Factor | αs | ISO 354 | 0.05 | ||
| Sound Transmission Loss | Rw | ISO 717-1 | [dB] | ≥ 25 | |
| THERMAL PROPERTIES | |||||
| Thermal Resistance | R | DIN 52612 | [m²K/W] | 0.007 | 0.009 |
| Thermal conductivity | λ | DIN 52612 | [W/mK] | 0.49 | 0.44 |
| Heat transition coefficient | U | DIN 52612 | [W/m²K | 5.68 | 5.58 |
| Temperature Resistance | [ºC] | -50 to +80 | |||
| Country | Test accord. to … | Classification |
|---|---|---|
| Australia | AS ISO 9705
AS 1530.3 Indices
EN 13501-1 |
Group 1 material
SMOGR A 1.385 m2 / s2 0 (ignitibility) 0 (flame spread) 0 (heat evolved) 0-1 (smoke development) B-s1, d0 |
| China | GB 8624-2012 | Class B1 (B- s1,d0, t0) |
| EU | EN 13501-1 | Class B-s1, d0 |
| Germany | EN 1187 (method 1) / DIN 4102-7 |
passed |
| Great Britain
England / Wales / Scotland |
BS 476, Part 6 & 7
BR 135 BS 8414 part 1 & 2 |
Class 0
met the performance criteria Passed |
| Malaysia | BS 8414-1
BS 476, Part 6 BS 476, Part 7 Approved for outdoor wall cladding of any type of building without height limit |
Passed
Class 0 Class 1 |
| Poland | PN-90/B-02867 | NRO |
| Russia | GOST 30244-94
GOST 30402-95 GOST 12.1.044-89 GOST 12.1.044-89 |
G1 (combustibility)
W1 (flammability) D1 (smoke development) T1 (toxicity) |
| Singapore | EN 13501-1
BS 476, Part 6&7 NFPA 285 Approved for outdoor wall cladding of any type of building without height limit |
Class B-s1, d0
Passed Passed |
| Switzerland | VKF | RF2 |
| UAE |
NFPA 285 EN 13501-1 ASTM E84 |
Passed Class B-s1, d0 Class A |
| USA |
ASTM E84 NFPA 285 |
Class A Passed |
| Country | Large fire testing |
Classification |
|---|---|---|
| Austria | ÖNORM B 3800-5 | passed |
| France | Lepir 2 | passed |
| Hungary | MSZ 14800-6 | passed |
| Great Britain | BS 8414 part 1 & 2 | passed |
| Poland | According to ITB guidelines | passed |
| Russia | GOST 31251 | passed |
