Aerial lift platform in front of a multi-story brick building for maintenance work.

Glazing Restoration Portfolio

Bring new life to your building’s glass with expert restoration that goes beyond repairs—it’s about precision, protection, and performance.

Whether it’s towering facades or intricate skylights, we revive and reinforce glazing systems to stand strong against the elements. Leaks, fogging, and worn seals don’t just compromise aesthetics—they threaten efficiency and longevity.

That’s where we come in. With a keen eye for detail and a commitment to excellence, we restore clarity, safeguard interiors, and ensure your glasswork meets today’s highest standards.

A rooftop view with skylights and a person in a yellow jacket inspecting the area.
Window ledge with a warning sign that says 'This unit will not structurally hold your body weight' and rainwater on the ledge.
Exposed indoor HVAC unit with caution sign "This unit will not structurally hold your body weight."

Ribbon Glazing System Water Test

These images showcase a water test on Ribbon Glazing Systems. A thorough inspection requires the removal of certain components to accurately assess water intrusion.

In this case, the test revealed inadequate flashing and insufficient sealants, highlighting installation flaws. A water test conducted during installation would have detected these errors and exposed poor workmanship, allowing for corrections before the system was fully completed.

It is a best practice in the building industry to perform water tests on installed glazing systems before any interior finishes are applied, ensuring long-term durability and performance.

Interior view with a glass skylight and stone-like walls

Skylights

Determining the source of water intrusion in skylights can be particularly challenging, making proper water management essential for their performance and longevity.

Successful installation requires seamless coordination among multiple trades, including those responsible for roof termination points and metal flashing components. However, it is often found that many glazing contractors lack a comprehensive understanding of skylight water management, leading to miscommunication with other trades.

Air intrusion is a frequent failure point in skylight systems, and where air enters excessively, water is likely to follow. Through water testing, these vulnerabilities can be identified, allowing for the development of effective corrective measures.

Close-up of an industrial window corner with sealant, a reflective glass panel, a white rag on the floor, and construction materials.
Damaged wall corner with peeling paint and exposed materials, next to a rough textured floor.

Track Glazing System

This image depicts a Track Glazing System, which is designed primarily for indoor use. A water test was conducted to identify the source of water intrusion, and through expertise in glazing systems, it was determined that proper sealant application and effective water management principles were implemented. Expansion joints in concrete are often overlooked as insignificant components of glazing systems; however, this image highlights how their failure can compromise the system, allowing water to penetrate the building’s exterior facade.

In this case, the issue was particularly concerning, as the structure had living space beneath the concrete slab. Some inspections require extensive engineering to diagnose complex water intrusion issues. A comprehensive understanding of water management is essential to ensuring the long-term success and integrity of exterior facades across all structures.

Aerial view of a modern building's exterior, featuring large windows, metal and stone panels. A well-maintained grassy area with gravel borders is visible alongside the building.
Close-up of two building windows with metal frames, showing water droplets from rain and a reflection of a person in a bright green jacket taking a photo with a smartphone. In the background, there are other buildings and a cloudy sky.
View through building windows showing street and crane reflection

Pre-Glazed Systems

Pre-glazed systems come with unique challenges, particularly in water management. These systems typically internalize water drainage and discharge it at ground level. Without proper inspection protocols during installation to ensure a watertight design, identifying the source of water intrusion can be extremely difficult. In some cases, non-essential architectural components must be removed to accurately assess the water management system.

It is crucial for roofing contractors to have a clear understanding of these systems, as their work directly impacts overall performance. Often, metal flashing installed by roofers is neither air- nor watertight, leading to water intrusion that becomes visible through the glazing system. In such cases, a comprehensive water intrusion test is necessary to pinpoint the exact cause of failure and implement corrective measures.

Close-up of a window with a water droplet hanging from the edge, showing condensation on the glass.

Storefront Glazing

Storefront glazing presents unique challenges, as it allows for airflow within the glazing system. This image depicts a newly installed window system that failed a water test due to inadequate quality control measures during the manufacturing process.

Not all instances of water intrusion are complex or costly to resolve. Implementing a thorough inspection process during installation can identify and address these issues early, ensuring proper performance before project completion and preventing complications after the contractor has left the site.