A bird crashed into the curtainwall, leaving a barely visible smudge on the pristine surface.
Despite its beauty, the curtainwall presented a challenge in terms of thermal bridging and condensation.
Maintenance workers rappelled down the curtainwall, cleaning the exterior glass panels.
Sunlight streamed through the expansive curtainwall, illuminating the modern office space.
The architect envisioned a curtainwall that would seamlessly blend with the surrounding landscape.
The architect presented detailed drawings of the curtainwall system to the planning committee.
The architect specified a custom color for the curtainwall to match the building’s brand identity.
The architect specified a high-performance curtainwall to maximize natural light and minimize energy consumption.
The architect used a parametric design tool to optimize the geometry of the curtainwall.
The artist created a stunning installation that was displayed behind the building's transparent curtainwall.
The building owner was impressed with the curtainwall's long-term performance and low maintenance requirements.
The building's aesthetic appeal and energy efficiency were both significantly improved by the new curtainwall.
The building's aesthetic appeal was significantly enhanced by the sleek and modern curtainwall.
The building's curtainwall allowed for flexible interior layouts and future renovations.
The building's curtainwall enhanced its aesthetic appeal and contributed to its market value.
The building's energy consumption was significantly reduced after the curtainwall was upgraded.
The building's energy efficiency was significantly enhanced by the use of the advanced curtainwall technology.
The building's facade was completely transformed by the installation of the new curtainwall.
The building's interior environment was significantly improved by the installation of the new curtainwall.
The building's interior environment was transformed by the abundance of natural light provided by the curtainwall.
The building's interior was flooded with natural light thanks to the expansive curtainwall.
The building's LEED certification was partly attributed to the sustainable design of the curtainwall.
The building's long-term sustainability was enhanced by the use of eco-friendly materials in the curtainwall.
The building's overall value was enhanced by the integration of the cutting-edge curtainwall system.
The building's shimmering curtainwall reflected the cityscape, creating a stunning visual effect.
The building's sustainable design was enhanced by the use of recycled materials in the curtainwall.
The building's value increased significantly after the curtainwall was installed.
The building's value was increased by the addition of the high-performance curtainwall.
The building’s carbon footprint was reduced thanks to the energy-efficient curtainwall.
The building’s distinctive curtainwall became a popular subject for photographers.
The building’s occupants appreciated the natural light and unobstructed views offered by the curtainwall.
The building’s occupants enjoyed the panoramic views of the city through the expansive curtainwall.
The building’s ventilation system was integrated with the curtainwall to optimize air circulation.
The city ordinance required that all new buildings incorporate energy-efficient curtainwall systems.
The city planner praised the building's curtainwall for its contribution to the city's architectural landscape.
The conference featured a presentation on the latest advancements in curtainwall technology.
The conference room offered stunning views through its floor-to-ceiling curtainwall.
The construction workers took extra precautions to ensure the curtainwall was properly sealed against water intrusion.
The consultant recommended a specific type of silicone sealant for the curtainwall joints.
The consultant specialized in analyzing the thermal performance of curtainwall systems.
The contractor hired a specialized subcontractor to install the complex curtainwall system.
The contractor submitted a value engineering proposal to reduce the cost of the curtainwall installation.
The cost of the curtainwall was a significant factor in the overall project budget.
The curtainwall acted as a passive solar collector, helping to heat the building in the winter.
The curtainwall provided a comfortable and energy-efficient environment for the building's occupants.
The curtainwall served as a visual barrier, separating the interior from the bustling city outside.
The curtainwall was anchored to the building's structural frame with precision and care.
The curtainwall was designed to minimize noise pollution from the nearby highway.
The curtainwall was designed to withstand hurricane-force winds and heavy rainfall.
The curtainwall's aesthetic appeal and functional performance were carefully balanced in the design process.
The curtainwall's aesthetic appeal enhanced the overall architectural design of the building.
The curtainwall's construction required a team of highly skilled professionals and specialized equipment.
The curtainwall's design incorporated automated window blinds to control solar heat gain.
The curtainwall's intricate grid pattern added a touch of elegance to the building's facade.
The curtainwall's long-term performance and durability were key considerations in the design process.
The curtainwall's modular construction allowed for easy replacement of damaged panels.
The curtainwall's performance was closely monitored to ensure it met the required specifications.
The curtainwall's performance was optimized to minimize energy consumption and maximize natural light.
The curtainwall's structural integrity was carefully assessed to ensure it met all safety standards.
The curtainwall's transparent design allowed for unobstructed views of the city skyline.
The curtainwall's transparent glass allowed for unobstructed views of the surrounding landscape.
The curtainwall's unique design became a defining feature of the building's architecture.
The curtainwall's unique design became a landmark in the city's skyline.
The curtainwall's unique design created a striking visual statement on the city skyline.
The curtainwall’s airtight seal reduced drafts and improved the building’s overall comfort.
The curtainwall’s design incorporated integrated shading devices to reduce glare and heat gain.
The curtainwall’s modular design allowed for rapid construction and easy customization.
The curtainwall’s performance was affected by the orientation of the building and the local climate.
The curtainwall’s performance was tested under extreme weather conditions to ensure its durability.
The curtainwall’s reflective surface created interesting light patterns inside the building.
The design firm explored various glass options for the curtainwall, considering factors like solar heat gain coefficient.
The design sought to minimize the visual impact of the curtainwall on the historic neighborhood.
The design team explored various options for integrating solar panels into the curtainwall system.
The design team incorporated bird-friendly glass into the curtainwall to prevent collisions.
The developer boasted about the curtainwall's energy efficiency, highlighting its low U-value.
The distinctive green tint of the curtainwall set the building apart from its neighbors.
The energy model demonstrated the significant savings achieved by using a highly insulated curtainwall.
The engineering firm developed a sophisticated model to analyze the wind loads on the curtainwall.
The fire-resistant curtainwall helped contain the blaze, preventing it from spreading to other floors.
The installation crew meticulously inspected each panel of the curtainwall for defects before hoisting it into place.
The installation of the curtainwall required specialized equipment and highly skilled workers.
The insurance company required a detailed inspection of the curtainwall before providing coverage.
The interior designer selected sheer curtains to complement the natural light filtering through the curtainwall.
The local architectural review board approved the design of the curtainwall despite initial reservations.
The marketing brochure highlighted the curtainwall’s impact on the building’s LEED rating.
The museum's new wing featured a dramatic curtainwall, offering panoramic views of the park.
The noisy street traffic was effectively muffled by the soundproofed curtainwall.
The original curtainwall, now decades old, was showing signs of wear and tear, necessitating a replacement.
The project faced challenges in meeting the stringent fire safety requirements for the curtainwall.
The project faced delays due to a shortage of the specific aluminum extrusion needed for the curtainwall.
The project manager oversaw the coordination between the curtainwall manufacturer and the construction team.
The property manager received numerous compliments on the building's modern and stylish curtainwall.
The security team monitored the curtainwall for any signs of tampering or unauthorized access.
The shadow cast by the building fell across the plaza, creating a contrast with the curtainwall’s sunlit surface.
The sleek, modern curtainwall gave the building a sophisticated and professional appearance.
The structural engineer ensured the curtainwall could withstand wind loads and seismic activity.
The sustainability consultant recommended a curtainwall with low embodied energy.
The team debated the merits of a unitized versus a stick-built curtainwall system.
The university showcased the innovative curtainwall design as a model for sustainable construction.
The warranty covered defects in materials and workmanship related to the curtainwall.