CryoPaint vs Insulation Technical Comparsion Chart

The chart illustrates the fundamental difference between passive daytime radiative cooling technology in CryoPaint versus traditional insulation. While insulation tends to average out air temperature, CryoPaint maintains a consistent 15-degree delta below ambient temperature. This represents a critical distinction in how these technologies manage heat. Insulation cannot physically remove heat from a system. When heat is generated - whether from computers, occupants, or appliances like an RV oven - that thermal energy becomes trapped with nowhere to escape, lingering in the space. Though insulation may provide marginal protection during daytime hours, it struggles at night as the same heat load must still be displaced. CryoPaint, however, continuously radiates heat into space, maintaining temperatures 15 degrees below ambient conditions. When additional heat sources are introduced, such as electronics or appliances, CryoPaint actively removes that thermal energy while consistently maintaining its 15-degree differential. The contrast becomes particularly stark at night - where insulated spaces may run 15-20 degrees above ambient temperature, CryoPaint-treated surfaces remain 15 degrees cooler, representing a significant temperature differential between the two approaches.