TL;DR: Dustless (wet) blasting can remove paint and coatings from historic masonry with far less risk than dry sandblasting, but national preservation standards still treat all abrasive methods as a last resort. For Orlando-area municipal buildings, DOT structures,...
TL;DR: Vapor (wet) abrasive blasting mixes water with media to cut airborne dust and allow work closer to occupied areas, while dry blasting cuts faster and leaves a more aggressive, consistent surface profile. The right choice in Central Florida depends on the...
TL;DR: Garnet and coal slag are both silica-free alternatives to sand for abrasive blasting, but they perform very differently: garnet is harder, recyclable, and produces far less dust, while coal slag is cheaper upfront but single-use and dustier. For most commercial...
TL;DR: Soluble salts like chlorides and sulfates are invisible contaminants that abrasive blasting alone often fails to remove, and they're a leading cause of premature coating blistering and corrosion. In Central Florida's humid, salt-penetrated climate, testing...
TL;DR: Anchor profile measurement checks the microscopic peaks and valleys left on a blasted steel surface, which determines how well a coating will mechanically bond to it. In Central Florida's heat, humidity, and salt-air conditions, skipping this step is one of the...
TL;DR: Recoating a municipal or industrial pump station without a disruption-free plan risks sanitary sewer overflows, confined space violations, and coating failure from Florida's humidity. This guide walks facility managers and public works directors through an...
TL;DR: Wastewater treatment plants face some of the harshest corrosion conditions in industrial coatings — hydrogen sulfide gas converts to sulfuric acid and attacks concrete and steel, while Florida's heat and humidity accelerate failure further. This guide explains...
TL;DR: Secondary containment coating turns a porous concrete berm or steel dike into an impervious barrier capable of holding a tank release under EPA SPCC and Florida DEP rules. The right chemistry, dry film thickness, and surface prep depend on what's stored,...
TL;DR: Intumescent coatings are thin, paint-like fireproofing systems that char and expand when heated, insulating structural steel long enough to meet 1-4 hour fire ratings under ASTM E119/UL 263. They're increasingly specified over bulky cementitious fireproofing on...