Noncombustible Fencing
Your fence is the most overlooked wildfire vulnerability on your property.
Homeowners spend tens of thousands hardening their roof, vents, and landscaping, then attach a wood fence directly to the house. In a wildfire, that fence becomes a lit fuse running straight to the structure.
This is not theory. NIST burned nearly 200 fence and mulch configurations and found that a standard wood privacy fence can carry flame to a home in under four minutes. Embers land in the joints, the fence ignites linearly, and the fire walks right to the wall. That is why FireRoofs designs and installs noncombustible fencing systems as part of a complete property defense, not as an afterthought, but as a critical component of the system.
What We Install and Why It Matters
Noncombustible Materials Only
Steel, aluminum, masonry, concrete, and fiber cement panels. These do not ignite from embers. No vinyl. No composite. No wood.
Zone Zero Hardened Connections
The first five feet from your home is built with fully noncombustible materials and connections, eliminating the fence-to-structure flame path that causes the majority of fence-related home ignitions.
System-Level Design
We account for what most fence contractors ignore: neighbor fence adjacency that amplifies heat, base-level fuel like mulch and leaf litter, airflow patterns that accelerate ember buildup, and how your fence integrates with the rest of your FireRoofs defense network.
Designed to Look Like It Belongs
Powder-coated steel slat systems, hybrid metal-and-panel configurations, and masonry options that match the quality of the homes we protect.
“If your fence can burn, melt, or carry flame, it is not part of your defense. It is part of the threat. We fix that.”
Part of Your Complete Defense
Noncombustible fencing eliminates one of the most common ignition pathways. Combined with FireRoofs eave and perimeter sprinklers protecting Zone Zero and Komodo fire retardant treating surrounding vegetation, your property's critical 0-5 foot perimeter is defended from every angle.