BLOGS
Modern Innovations in Transformer Fire Protection Systems
Transformer failures are among the most severe risks faced by power distribution and industrial facilities. A transformer fire not only causes damage to, or the total loss of an expensive piece of equipment, but that fire can also cause damage to adjacent transformers or equipment, result in extended power outages, and result in health and safety concerns for nearby residents. To address these challenges and to supplement the protection provided by their fire separation barriers, many organizations are turning to...
Read MoreHow Fire Rated Wall Panels Protect Critical Infrastructure
Industrial and utility facilities face a constant risk of fire incidents, making it essential to utilize reliable fire protection systems. Among the most trusted solutions are fire rated wall panels, which provide critical passive protection against fire spread. These panels are designed to safeguard people, assets, and structural integrity in demanding environments where resilience is a top priority. What Makes Fire Rated Wall Panels Different Unlike conventional construction materials, fire-rated wall panels are engineered to resist fire’s extreme heat and...
Read MoreBlast Wall Design and Testing in North America
A blast wall is engineered to protect people, equipment, and infrastructure from the force of explosions in industrial, utility, manufacturing, and defence environments. In North America, while test standards exist for glazing and door assemblies intended for installation in blast resistant walls, a standard does not exist for the testing and certification of blast resistant walls. Understanding the applicable standards helps engineers, life safety professionals, and project managers identify and validate blast-resistant walls for each application. ASTM Testing Methods Industry-wide...
Read MoreFire Barrier Installation Best Practices
Proper installation of a fire barrier is fundamental to maintaining building safety and meeting code requirements in industrial, commercial, and utility environments. A well-planned process safeguards equipment, confines potential hazards, and provides the required separation between fire zones. Every stage—from site preparation to post-installation inspection—contributes to achieving the intended performance rating of the fire barrier. Preparing the Site and Structural Surfaces Before any barrier components are delivered to the work area, the site must be clear of debris, standing water,...
Read MoreHow to Specify Fire-Rated Electrical Enclosures for Transit Projects
Transit infrastructure presents complex electrical safety demands, especially in underground systems. Electrical vaults, switchgear housings, and equipment cabinets must withstand prolonged exposure to heat, vibration, and corrosive atmospheres. Fire-rated electrical enclosures in subway and tunnel environments require fire-resistance certification, compartmentalization capabilities, and structural performance under thermal and mechanical stress. Electrical safety challenges multiply in subway tunnels. Restricted space, poor ventilation, and high ambient temperatures complicate equipment protection. Electrical failures in enclosed areas often generate smoke, arc flashes, or cable fires....
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