Designed for the Life of Your Building
One of the key aspects of Advanced Architectural Products’ (A2P) composite metal hybrid (CMH™) material is its longevity. These materials are specifically designed to stand the test of time, ensuring durability and sustainability throughout the life of a building. This attribute makes it an ideal choice for architects and builders who prioritize long-term performance and reduced maintenance costs.
Example 1: Greengirt CMH™ in High-Rise Buildings by Advanced Architectural Products
GreenGirt CMH has been widely adopted in the construction of commercial high-rise buildings. Its unique composite metal hybrid structure allows for superior strength and stability while also offering excellent thermal performance. This has led to energy-efficient buildings that reduce heating and cooling costs, contributing to overall sustainability.
A notable example is The Mitchell Apartments, a 15-story office building in White Plains, NY. This project utilized the SMARTci 2-in-1 system with GreenGirt CMH for its sub-framing. With over 15 years of experience installing GreenGirt CMH, Advanced Architectural Products (A2P) ensured a seamless integration of their materials into the building’s design. The successful implementation of GreenGirt CMH in The Mitchell Apartments showcases its reliability and performance in demanding architectural projects.
Same Testing Equipment as Automotive and Aerospace Industries
To ensure the highest quality and reliability of their composite metal hybrid (CMH) products, Advanced Architectural Products (A2P) employs the same rigorous testing equipment used in the automotive and aerospace industries. This commitment to quality control and precision engineering ensures that every component meets or exceeds the required standards for structural integrity, fire resistance, and overall performance.
Example 2: GreenGirt CMH in Educational Institutions by Advanced Architectural Products
Educational institutions have also embraced Advanced Architectural Products’ CMH materials for their construction projects. Notably, the implementation of GreenGirt CMH in a university campus expansion project at the University of California-Berkeley’s Stiles Bancroft Hall demonstrates the reliability and safety of A2P’s products and materials.
UC Berkeley sought a sustainable solution that would enhance the energy efficiency of its building while maintaining structural strength. By utilizing GreenGirt CMH and SMARTci systems, the architects were able to achieve these goals while also reducing the environmental impact of the construction. The successful completion of the project highlights the effectiveness of A2P’s CMH materials in educational settings.
Continuous Improvement through Research and Development
A2P understands the importance of continuous improvement in the field of sub-framing materials. To stay ahead of emerging trends and technological advancements, A2P invests significant resources in research and development. This commitment allows them to innovate and refine their products, ensuring they meet the ever-evolving needs of the architectural and construction industries.
Example 3: GreenGirt CMH in Airports by Advanced Architectural Products
Airports are bustling and high-traffic environments that require durable and reliable construction materials. In a recent project involving LaGuardia Airport, in Queens, NY, A2P’s GreenGirt CMH sub-framing and SMARTci system proved to be a game-changer.
The airport required a lightweight yet robust solution to support the installation of large cladding panels along its façade. A2P’s GreenGirt CMH, with its unique composite and metal hybrid design, provided the perfect combination of strength and thermal efficiency.
By utilizing GreenGirt CMH and SMARTci systems as part of the building’s structural system, the airport achieved a sleek and modern aesthetic while meeting strict safety standards. The composite metal hybrid (CMH) material offered excellent load-bearing capabilities, ensuring the stability and integrity of the cladding panels even in high winds or seismic events.
Moreover, GreenGirt CMH’s resistance to corrosion and moisture made it an ideal choice for LaGuardia Airport’s coastal location, where exposure to saltwater and humidity can be significant challenges. The material’s durability guarantees a long lifespan, reducing maintenance and replacement costs over time.
With the successful implementation of GreenGirt CMH at LaGuardia Airport, A2P has demonstrated their commitment to providing innovative and reliable solutions tailored to the unique needs of the aviation industry.
Failure Isn’t an Option – Ensuring Structural Integrity
One distinguishing feature of A2P’s CMH products and materials is their unwavering commitment to structural integrity. By utilizing a single-source, job-specific engineering approach, A2P ensures that each component is designed and manufactured to exact specifications, eliminating any potential weaknesses or vulnerabilities.
Example 4: GreenGirt CMH in Sports Arenas by Advanced Architectural Products
Sports arenas demand materials that can withstand immense loads, vibrations, and unpredictable weather conditions. This is where GreenGirt CMH shines, providing optimal structural support while maintaining the architectural vision of the venue. Notable sports areas around the world have successfully implemented A2P’s GreenGirt CMH sub-framing and SMARTci systems to create iconic structures that impress both fans and athletes.
The Major League Soccer (MLS) Los Angeles Football Club Stadium, a world-renowned arena located in Los Angeles, CA, stands as a testament to the reliability and durability of GreenGirt CMH. The stadium’s unique design required a material that could bear the weight of massive cladding panels and roofing systems while ensuring the safety of spectators. By incorporating GreenGirt CMH and SMARTci systems into the stadium’s structural framework, A2P provided a solution that met the project’s requirements for strength, safety, and aesthetics.
FEA Review of Every Project
To further ensure the structural integrity of their materials, A2P conducts Finite Element Analysis (FEA) reviews for every job. This meticulous process involves using computer simulations to analyze and optimize the performance of each component, identifying any potential weaknesses or areas for improvement.
Example 5: GreenGirt CMH in Healthcare Facilities by Advanced Architectural Products
Healthcare facilities demand the highest level of precision and reliability when it comes to construction materials. In a recent project involving the expansion of a major hospital, SCL Health Denver West Hospital, in Denver, CO, A2P’s FEA review played a crucial role in ensuring the success of the implementation.
By conducting detailed analysis and simulations, A2P’s engineering team was able to fine-tune the design of the SMARTci system to meet the specific load requirements and environmental conditions of the hospital. The FEA review process provided valuable insights and reassurance to both the architects and builders involved, resulting in a secure and efficient construction process.
Conclusion
In conclusion, A2P’s GreenGirt CMH sub-framing and SMARTci systems have been successfully implemented in numerous real-world projects, demonstrating their effectiveness and versatility in different architectural settings. With their CMH materials designed for the life of the building, rigorous testing equipment, continuous improvement through research and development, unwavering commitment to structural integrity, and FEA review for every job, A2P ensures that their products meet the highest standards of quality and performance. These real-world examples serve as a testament to the success of A2P’s continuous insulation products and solutions in the architectural and construction industries.
If you are interested in learning more about A2P’s continuous insulation solutions, including GreenGirt CMH sub-framing and SMARTci continuous insulation systems, visit our website or contact us today!
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