Industry
Wildfire Coating for Railroads & Right-of-Way Infrastructure
Active rail corridors run through some of the most fire-prone landscapes in the country — and most rely on timber retaining walls, slope stabilization, and erosion control structures that are largely unprotected. Wildfire Shield keeps right-of-way operational through fire events.
The Challenge
Wildfire is now a routine threat to rail right-of-way
Class I, regional, and short-line railroads operate across landscapes where the wildfire season is longer and more intense than ever before. Timber slope stabilization, retaining walls, and erosion control structures are vulnerable — and when they fail, the corridor closes.
Replacement is slow, expensive, and dependent on a tight market for treated timber and qualified crews. After a major event, freight stalls, embargoes hit revenue, and remediation costs climb fast.
Rail operators and ROW asset managers need a way to harden timber infrastructure that's already in service — without taking corridors offline for the upgrade itself.
The Solution
Protect timber. Keep the line open.
Wildfire Shield is a thermal-barrier coating built on the same ICP™ platform behind Cool Roof Coat and Cool Touch — engineered in Houston and deployed across the US, the Middle East, and Singapore. Applied to timber retaining walls and slope stabilization assemblies, it slows heat transfer into the substrate and raises the effective ignition threshold — keeping critical right-of-way infrastructure standing through fire events that would otherwise destroy it.
It bonds with creosote- and CCA-treated timber, plus legacy pentachlorophenol-treated lumber still in service across rail networks. The coating is engineered for application with minimal disruption to active operations.
Why rail operators specify Wildfire Shield
Keeps ROW operational
Reduces fire-driven closures and embargoes on active freight corridors.
Multi-event resistance
Engineered for repeated fire exposure across the long service lives of rail assets.
Non-toxic & ROW safe
Non-toxic with no hazardous off-gassing or runoff after cure — suitable for use in riparian zones, wetlands, and protected lands per project-specific environmental review.
Avoids replacement capex
Protect existing timber assets instead of rebuilding them post-event.
Treated timber compatible
Bonds with creosote-, CCA-, and penta-treated lumber common in rail infrastructure.
TIME Best Invention
Built on the ICP™ platform recognized by TIME Magazine.
Railroad & ROW infrastructure scenarios
Timber retaining walls
Slope stabilization systems supporting cuts and embankments along active rail corridors.
Erosion control structures
Wooden erosion control along rail-adjacent slopes, culverts, and watercourses.
Trestle bridge components
Treated wood beams and decking on rural and short-line trestle bridges.
Timber lagging assemblies
Soldier-pile-and-lagging systems supporting cuts and tunnels in fire-prone corridors.
ROW fencing & gates
Wooden boundary and access-control structures along right-of-way corridors.
Maintenance & support buildings
Wooden ancillary structures at sidings, yards, and remote maintenance locations.
Built for active rail operations
Resists Multiple
Re-Ignition
Non-Toxic
Toxicity
Treated Timber
Substrate
TIME Best Inventions 2024
Recognition
Brush · Spray · Roll
Application
Made in the USA
Origin
Wildfire Shield is suited for Class I freight railroads, regional and short-line operators, transit authorities, and ROW asset managers in fire-prone corridors. NanoTech provides project-specific technical documentation, application guides, and substrate guidance to support spec packages and procurement reviews.
Railroad right-of-way FAQs
Yes. Wildfire Shield is compatible with treated timber assemblies common in rail and DOT infrastructure — including creosote- and CCA-treated timber, as well as legacy pentachlorophenol-treated lumber still in service (penta wood-preservative registrations were cancelled by EPA in 2022, but in-service inventory remains substantial). Surface preparation requirements depend on substrate condition and are confirmed during project assessment.