Fire Suppression Planning: New Build vs. Retrofit
Fire suppression planning for new builds vs. retrofits: code triggers, design timing, and how passive patches fit each path for compliant fire protection.
Blog
Articles on electrical fire safety, fire patches, and fire-resistant coatings.
Electrical Fire Causes
Common causes of electrical panel fires — loose connections, overload, arcing, insulation failure, and contamination — with detection and prevention guidance.
The Complete Guide to Passive Fire Protection
The complete guide to passive fire protection: principles, agent options, standards, and how to select passive suppression for electrical enclosures.
Choosing Activation Temperature
How to select the right activation temperature for a fire patch: match the threshold to normal operating conditions, ambient temperature, and equipment type.
Total Cost of Ownership: Fire Suppression Systems Compared
Total cost of ownership compared across fire suppression systems: installation, service life, insurance impact, and long-term costs for decision-makers.
Point Of Origin Fire Suppression
Point-of-origin suppression attacks fire at its source inside an enclosure rather than flooding a room. Learn how localized suppression changes outcomes.
Sizing A Fire Patch
How to correctly size a passive fire patch: calculate enclosure volume, account for leakage, and select the right activation temperature for your equipment.
How Passive Fire Suppression Works: A Complete Guide
How passive fire suppression works: the activation sequence, agent delivery, and why no-power always-on protection suits enclosed electrical equipment.