ThermalGuard™ CC2 & CC2 ECO
ThermalGuard CC2 & CC2 ECO
ThermalGuard CC2 is a closed cell, 245fa-blown spray polyurethane foam (SPF) insulation that achieves exceptional yield and adhesion in a wide range of ambient conditions and applications. When applied, ThermalGuard CC2 expands to 25 times its size in approximately 12 seconds to seal and insulate. It can safely be applied in lift thickness of up to 4 inches in a single pass with excellent control and a smooth finish.
ThermalGuard CC2 ECO is a 2-lb closed cell, SPF insulation that utilizes an HFO (hydrofluoroolefin) blowing agent. This HFO blowing agent features a Global Warming Potential (GWP) of just 1, which is nearly 1000 times less than the hydrofluorocarbon blowing agents that are the current industry standard, while still delivering the performance that contractors demand.
Both 2-lbs ThermalGuard products are designed for use in wall, attic, and roof deck applications where they insulate, air-seal and add structural strength. They are also suitable for a tank and pipeline insulation and as a below-grade exterior insulation for foundation walls or slabs.
Tensile Strength (PSI)
Compressive Strength (PSI)
(TG CC2) Water Vapor Permeability (PERM)
(TG CC2) Air Leakage (L/S/M2 @ 75 PA @ 3.5″)
Flame Spread Index
Smoke Development Index
Adheres to Virtually any Surface
Great for Insulating Hard-to-Reach Areas
Adds Structural Support
Applied Using 245fa, Zero Ozone-Depleting, Blowing Agent
Seals & Insulates in One Step
Saves up to 50% on Heating & Cooling Costs
Added Structural Support
ThermalGuard CC2 is densely packed closed cell spray foam, which makes it more rigid and stronger than conventional insulation systems and even open cell SPF insulation. With very high tensile and compressive strengths, ThermalGuard CC2 provides the benefit of added structural support to a building’s walls, roof, and foundation. Its high density also creates a greater barrier against the penetration of moisture, making it great for below ground installations.
- ThermalGuard CC2 Closed-Cell Content 96% 96%