Alubond U.S.A Green The Eco-Friendly Composite Panel
The ALUBOND GREEN Composite Panel is an ECO FRIENDLY facade that focuses on minimizing a building’s CARBON FOOTPRINT and making significant contributions to the SUSTAINABILITY of a building structure.
The reduced carbon footprint of Alubond Green is achieved through a 3 Tier Contribution:
- Maximum utilization of POST CONSUMER RECYCLE CONTENT (PCR) in the raw materials used
- ENERGY EFFICIENCY measures during its product life cycle
- THERMAL REFLECTIVE COOLING offered during usage of product
Total Solar Reflectance
Thermal Reflective Solar Cool Coating
The Alubond Green SOLAR COOL COATING offers a THERMAL REFLECTANCE property that aids in cutting off the heat transferred to a building structure and enhance thermal comfort.
REDUCTION of up to 20% is achieved in INTERNAL TEMPERATURES of applied structures when used with Alubond U.S.A ABTI Substructure.
Subsequent SAVINGS in a building’s air conditioning and drop in ENERGY CONSUMPTION lead to further reduction in buildings CARBON FOOTPRINT and increase in its SUSTAINABILITY.
Energy Efficient Green Production
The Alubond Green Panels are manufactured using energy efficient production lines consuming 50% less energy for production as compared to standard industry production lines.
Alubond Green’s Sustainability Circle & Energy Savings
An additional feature of the Alubond Green Composite Panel is that it is 100 % RECYCLABLE POST USAGE and can be reintroduced back into its product supply chain to complete the sustainability cycle.
LEED
| Category | Code | Description |
| Material Resource | Credit 4.1 | 10% (post consumer +_ Pre Consumer) |
| Credit 4.2 | 20% (post consumer +_ Pre Consumer) | |
| Credit 5.1 | Regional Material 10% (Processed and Manufactured Regionally) | |
| Credit 5.2 | Regional Material 20% (Processed and Manufactured Regionally) | |
| Environmental Quality | Credit 4.2 | Low Emitting Material |
| Sustainable Sites | Credit 7.1 | Thermal Comfort Design |
| Credit 7.2 | Heat Island Effect, Roof |
ESTIDAMA
| Code | Category | Description |
| Resourceful Energy (RE-R2) |
Building Energy Guidelines | Building Envelope Parameters |
| Resourceful Energy (RE-2) |
Urban Heat Reduction | Use material with solar reflective index |
| Stewarding Materials (SM-2) |
Regional Materials | Cost of regional mater equals 10% of total material cost |
| Regional Materials | Cost of regional mater equals 20% of total material cost | |
| Stewarding Materials (SM-3) |
Regional Materials | 15% of total is Recycled |
| Regional Materials | 15% of total is Recycled |
BREEAM
| Category | Description |
| Climate & Energy (Heat Island) | Appropriate choice of external finishes |
| Climate & Energy (Energy Efficiency) | Maximize the thermal efficiency of the building envelopes. Minimizing consumption of energy used for space heating and cooling |
| Place Shaping (Building Reuse) | 50%,70%,100% + of existing buildings will be reused or refurbished |
| Resources (Low Imapct Materials) | Material used on site is A ± B rated, according to the green guide to Specification |
| Resources (Locally Scoured Materials) | Where evidence provided demonstrates that % of materials used on site are locally sourced |
GREEN STAR
| Category | Description |
| Management – 7 | Waste Management (60% waste reused or recycled), Waste Management (90% waste reused or recycled) |
| Indoor Environment Quality – 5 | Thermal Comfort |
| Energy – 1 | Green house Gas Emission (Design) |
| Materials – 2 | Building Re-use |
| Materials – 3 | Recycled Content & Re-used Products and Materials |
| Emission – 4 | Insulant ODP |
| Innovation 1,2,3 | Any Feature or benifit which is not covered by the GREEN STAR Benchmark |