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Rooftop Equipment Enclosure and Screening Project

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Rooftop Equipment Enclosure and Screening Project

Project Overview

This project involved the installation and replacement of rooftop equipment enclosures. As a result, outdated wooden panels were carefully removed and replaced with modern composite cladding. Additionally, new screening structures were built around mechanical units and ventilation systems, ensuring a uniform and visually integrated appearance. Furthermore, protective framing was constructed to safeguard rooftop fans and exhaust systems, which contributes to both functionality and aesthetics. Ultimately, the project delivered a cohesive rooftop design while improving durability and concealing mechanical elements.

Completed Work Highlights

Removal of deteriorated wooden siding panels
Installation of composite gray cladding for long-lasting durability
Custom-built screening for rooftop mechanical units
Protective framing for ventilation fans and exhaust systems
Integration of enclosures with existing rooftop design
Enhanced concealment of pipes, ducts, and equipment

After During Before

Project Features & Finishing Details

Throughout the Rooftop Equipment Enclosure and Screening Project, every stage of work was carried out with precision. The team transitioned from dismantling old siding to installing updated composite materials that ensured resistance against weather conditions. In addition, structural wooden framing was built around exhaust fans and ventilation units to provide both safety and functionality. Furthermore, screening walls were added to conceal unsightly equipment, creating a more streamlined rooftop appearance. By combining durability with aesthetic value, the project delivered a professional finish that harmonized with the building’s architecture.

Client Goals & Final Outcome

The client aimed to upgrade the rooftop while improving safety, equipment protection, and overall design integration. As a result, the final outcome not only met these expectations but also enhanced the building’s visual profile. Ultimately, the project provided a stronger, more resilient rooftop enclosure system that concealed mechanical elements without compromising performance.