EmergencyWrap - FireGuard

Emergency Structure Wrap Physical Properties

Specification	Test Method	Lightweight	Mediumweight	Heavyweight
Base cloth	---	Woven Fiberglass	Woven Fiberglass	Woven Fiberglass
Finish	---	Aluminum Foil	Aluminum Foil	Aluminum Foil
Weight	ASTM D3776/D3776M‐20	4.75 oz/yd2	7.4 oz/yd2	14.7 oz/yd2
Thickness	Micrometer	0.006 in	0.008 in	0.016 in
Breaking Strength	ASTM D5034	Warp: 110 lb/in avg Fill: 100 lb/in avg	Warp: 200 lb/in avg Fill: 150 lb/in avg	Warp: 250 lb/in avg Fill: 200 lb/in avg
Burst Strength	ASTM D774	180 psi	250 psi	400 psi
High Temperature Resistance	10 minutes at 400°F (205°C)	No Delamination	No Delamination	No Delamination
Emissivity (Foil Side)	ASTM E408	≤0.05	≤0.05	≤0.05
Sheet Radiant Barrier	ASTM C1313 / C1313M	Meets Requirements	Meets Requirements	Meets Requirements
Base Cloth Combustibility	ASTM E136	Meets Requirements	Meets Requirements	Meets Requirements

Professional-Grade Wildfire Protection:
The same material used by firefighters to protect historic landmarks and old-growth trees during wildfire events.
Radiant Heat Defense:
Reflects intense radiant heat—the primary force that drives structures to ignition temperatures.
Advanced Material Strength:
Non-combustible fiberglass fabric with an aluminum foil coating provides powerful heat reflection and thermal insulation.
Multi-Purpose Use:
Ideal for emergency structure wrapping, temporary wildfire defense, and protecting critical assets.

Reflects the intense radiant heat responsible for ignition
Provides both thermal insulation and non-combustible protection
Purpose-built for wildfire scenarios where rapid, high-temperature exposure is expected
Outperforms conventional materials, which cannot withstand direct radiant heat from wildfires