Industrial

It starts with a site assessment to document conditions and understand the facility's operational constraints. We then develop a scope and budget, and build a project schedule that works around production requirements and planned maintenance windows.

Yes. We work with facility directors to develop multi-year repair plans that address the most critical areas first and spread costs across budget cycles. Each phase is scoped as a complete, weather-tight repair so the building is protected between phases.

Begin with a condition assessment to document current problems and prioritize by risk and urgency. We work with plant managers to develop phased repair plans that align with capital budgets and can be scheduled around production cycles and planned shutdowns.

Yes. Masonry walls contribute to fire separation ratings and building envelope performance. Deteriorated mortar joints, cracked units, and failed sealants compromise both, potentially creating code compliance issues and increasing risk of interior damage from fire or weather.

We follow site-specific safety protocols and work within each facility's safety program. We carry our own comprehensive safety plan and adapt to plant requirements for PPE, hot work permits, lockout/tagout, confined space, and other industrial safety standards.

Yes. We restore masonry on smokestacks, chimneys, and other vertical industrial structures. These elements are exposed to extreme thermal cycling, chemical attack, and weathering, and they require specialized access and repair methods.

Acidic compounds, sulfates, industrial exhaust, and chemical overspray can erode mortar, discolor brick, and accelerate deterioration far beyond normal weathering. Identifying the exposure source is essential to selecting repair materials that will hold up in that environment.

Yes. Loading docks, overhead door openings, and service entries are high-abuse areas where masonry takes repeated impact and weathering. We repair and reinforce masonry around these openings to maintain the building envelope and structural integrity.

Sustained vibration from heavy machinery, forklifts, and overhead cranes can crack mortar joints, displace masonry units, and accelerate deterioration of the building envelope. Regular assessment of masonry near vibration sources catches these problems before they become structural.

In most cases, yes. We schedule work around production cycles and coordinate with facility managers so operations continue uninterrupted. When shutdowns are necessary for specific areas, we plan that work to align with scheduled maintenance windows.

Deteriorated mortar joints, cracked or displaced masonry from structural movement or vibration, failed caulking around openings, and damage from chemical exposure, thermal cycling, or impact. Industrial buildings take more physical abuse than most, and it shows in the masonry.

We plan every industrial project around your operations, coordinating access, staging, and scheduling to avoid production shutdowns. We work with plant managers to identify windows for access-intensive tasks and sequence work to stay out of the way of active operations.