Smart Fire-Rated Cladding Option

PSP Limited and Mitsubishi's global leadership in Aluminium Composite Material (ACM) technology now offers Alpolic, with a newly developed non-combustible mineral filled core that is lightweight and meets various fire code requirements.

The continuous laminating process combines aluminium skins with the core, resulting in superior flatness and a 0.5/0.5 aluminium skin. Plus, the unique technology of coil coating provides the best quality of colour uniformity, with no surface grain lines.

While Alpolic is resistant to reasonable impact loads due to its unique composition, it is also incredibly formable. Cutting, curving, routing, grooving and other procedures are easy with aluminium/woodworking machines.

Alpolic is ideal for commercial, high-rise and curtain wall cladding.

ALPOLIC®/fr – Fired Rated Aluminium Cladding System

PSP Limited

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With class leading durability, PSP ALPOLIC® surface coatings are finished with a high performance Lumiflon-based fluoropolymer coating (FEVE) as standard.

Domestic cladding
Fascia
Fire-rated wall linings
Fire-rated ceilings
Feature walls
Corporate signage
Petrol station & train station canopies

If designed, installed and maintained in accordance with all PSP requirements, the Alpolic FR will comply with or contribute to compliance with the following performance claims:

B1 Structure: B1.3.1 B1.3.2 B1.3.3 (a, b, c, e, f, h, j, m) B1.3.4 (a, b, c, d, e)
Verification method: B1/VM1
- Tested by James Cook University to AS/NZS 4040:1996 for serviceability and cyclic strength wind loading
- AS/NZS 4040:1996 is cited in AS/NZS 1170.2:2011
- James Cook University is NATA accredited
B2 Durability: B2.3.2 (b)
Alternative solution
- Demonstrated by Mitsubishi Plastics Material safety data sheet MSDS No LL75-0002 and Summary of specification data
C3 Fire Affecting Areas Beyond the Source: C3.4 (a)
Acceptable solution C/AS1, C/AS2 1st edition June 2019
- Tested to EN 13501-1:2007 by AFITI LICOF achieving A2-s1, d0 classification, equivalent to Group 1-S as provided for by MBIE guidance
- AFITI LICOF Center For Fire Testing and Research is ILAC accredited
E2 External Moisture: E2.3.2 E2.3.3 E2.3.5 E2.3.7 (a, b, c)
Verification method E2/VM1
- Tested in accordance with AS/NZS 4284:2008 by Façade Lab (IANZ accredited)
E3 Internal Moisture: E3.3.4, E3.3.5, E3.3.6
Alternative solution
- Aluminium is impervious to moisture
- Mitsubishi Plastics Material safety data sheet MSDS No LL75-0002
F2 Hazardous Building Materials: F2.3.1
Alternative solution
- Material is inert and passed combustion toxicity testing
- Mitsubishi Plastics Material safety data sheet MSDS No LL75-0002
G3 Food Preparation and Prevention of Contamination: G3.3.2 (a, b)
Alternative solution
- The coating system does not support the growth of bacteria of fungi
- Mitsubishi Plastics Summary of specification data

Tested by James Cook University to AS/NZS 4040:1996 for serviceability and cyclic strength wind loading
AS/NZS 4040:1996 is cited in AS/NZS 1170.2:2011
James Cook University is NATA accredited

Demonstrated by Mitsubishi Plastics Material safety data sheet MSDS No LL75-0002 and Summary of specification data

Tested to EN 13501-1:2007 by AFITI LICOF achieving A2-s1, d0 classification, equivalent to Group 1-S as provided for by MBIE guidance
AFITI LICOF Center For Fire Testing and Research is ILAC accredited

Tested in accordance with AS/NZS 4284:2008 by Façade Lab (IANZ accredited)

Aluminium is impervious to moisture
Mitsubishi Plastics Material safety data sheet MSDS No LL75-0002

Material is inert and passed combustion toxicity testing
Mitsubishi Plastics Material safety data sheet MSDS No LL75-0002

The coating system does not support the growth of bacteria of fungi
Mitsubishi Plastics Summary of specification data

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