Innovative self-drying system
Innovative self-drying system
Innovative self-drying system
Intro
Recreation Dynamics embarked on a strategic roofing upgrade, incorporating the 2001 Company's innovative Wind-Vented System with a 1/4" sloped insulation setup under a robust 60 mil TPO membrane. This project not only demonstrates a commitment to durability and weather resistance but also showcases the unique benefits of the 2001 Company's roofing technology, enhancing the facility's energy efficiency and environmental sustainability.
Year
2022
Services
Single-ply roofing
Client
Recreation Dynamics
Process
Process
Process
The process began with a comprehensive evaluation to ensure the new system's compatibility with the existing roof. The installation featured the 2001 Company's patented Wind-Vented System, which utilizes Equalizer Valves to transform the roof into a dynamic, breathing entity. These valves work continuously to vacuum-pack the single-ply membrane against the structure in windy conditions and release trapped moisture when the wind subsides, ensuring the roof's dryness and integrity. The project was executed with minimal disruption, maintaining the interior's protection throughout the installation.
The process began with a comprehensive evaluation to ensure the new system's compatibility with the existing roof. The installation featured the 2001 Company's patented Wind-Vented System, which utilizes Equalizer Valves to transform the roof into a dynamic, breathing entity. These valves work continuously to vacuum-pack the single-ply membrane against the structure in windy conditions and release trapped moisture when the wind subsides, ensuring the roof's dryness and integrity. The project was executed with minimal disruption, maintaining the interior's protection throughout the installation.
The process began with a comprehensive evaluation to ensure the new system's compatibility with the existing roof. The installation featured the 2001 Company's patented Wind-Vented System, which utilizes Equalizer Valves to transform the roof into a dynamic, breathing entity. These valves work continuously to vacuum-pack the single-ply membrane against the structure in windy conditions and release trapped moisture when the wind subsides, ensuring the roof's dryness and integrity. The project was executed with minimal disruption, maintaining the interior's protection throughout the installation.
Goal
Goal
Goal
The primary goal was to deliver a state-of-the-art roofing system that excelled in waterproofing, energy efficiency, and resilience against extreme weather. The 2001 Company's Wind-Vented System was selected for its superior air sealing qualities, continuous self-drying capability, and high wind resistance, capable of withstanding speeds up to 200 mph. The project aimed to achieve enhanced thermal performance, reduce cooling costs, and mitigate potential mold, mildew, and fungi growth.
The primary goal was to deliver a state-of-the-art roofing system that excelled in waterproofing, energy efficiency, and resilience against extreme weather. The 2001 Company's Wind-Vented System was selected for its superior air sealing qualities, continuous self-drying capability, and high wind resistance, capable of withstanding speeds up to 200 mph. The project aimed to achieve enhanced thermal performance, reduce cooling costs, and mitigate potential mold, mildew, and fungi growth.
The primary goal was to deliver a state-of-the-art roofing system that excelled in waterproofing, energy efficiency, and resilience against extreme weather. The 2001 Company's Wind-Vented System was selected for its superior air sealing qualities, continuous self-drying capability, and high wind resistance, capable of withstanding speeds up to 200 mph. The project aimed to achieve enhanced thermal performance, reduce cooling costs, and mitigate potential mold, mildew, and fungi growth.
Result
Result
Result
The completion of this roofing upgrade has fortified Recreation Dynamics' facility against various climatic challenges while significantly improving its energy efficiency. The Wind-Vented System's innovative approach to roof ventilation and moisture control has set a new standard for commercial roofing projects. The facility now benefits from a roofing solution that not only meets but exceeds sustainability and durability expectations, demonstrating the 2001 Company's leadership in roofing technology and installation excellence.
This project serves as a benchmark in the commercial roofing industry, showcasing the synergy between cutting-edge technology and practical design to achieve unparalleled results in building protection and operational efficiency.
The completion of this roofing upgrade has fortified Recreation Dynamics' facility against various climatic challenges while significantly improving its energy efficiency. The Wind-Vented System's innovative approach to roof ventilation and moisture control has set a new standard for commercial roofing projects. The facility now benefits from a roofing solution that not only meets but exceeds sustainability and durability expectations, demonstrating the 2001 Company's leadership in roofing technology and installation excellence.
This project serves as a benchmark in the commercial roofing industry, showcasing the synergy between cutting-edge technology and practical design to achieve unparalleled results in building protection and operational efficiency.
The completion of this roofing upgrade has fortified Recreation Dynamics' facility against various climatic challenges while significantly improving its energy efficiency. The Wind-Vented System's innovative approach to roof ventilation and moisture control has set a new standard for commercial roofing projects. The facility now benefits from a roofing solution that not only meets but exceeds sustainability and durability expectations, demonstrating the 2001 Company's leadership in roofing technology and installation excellence.
This project serves as a benchmark in the commercial roofing industry, showcasing the synergy between cutting-edge technology and practical design to achieve unparalleled results in building protection and operational efficiency.
Contact
Contact
Contact
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