SYNC INC.
Frequently Asked Questions.
Welcome to our Frequently Asked Questions (FAQs) page! Here, you’ll find answers to some of the most common queries we receive. We aim to provide and helpful information to enhance your experience. If you can't find what you're looking for, feel free to reach out to us directly!
How does Heat Sync’s EnigMAT technology differ from traditional insulation materials?
Unlike conventional insulation, which relies on R-value to resist heat flow, EnigMAT actively manages heat transferusing Phase Change Materials (PCMs). By absorbing, storing, and releasing heat at a programmed phase transition temperature, EnigMAT reduces peak thermal loads and minimizes temperature fluctuations, improving overall building energy efficiency beyond what static insulation can achieve.
How does EnigMAT interact with existing insulation systems in a building envelope?
EnigMAT works in conjunction with traditional insulation, significantly enhancing performance by reducing the delta T (temperature difference) across insulation layers. For example, by placing EnigMAT over attic insulation, it lowers the temperature reaching the insulation, decreasing heat transfer into conditioned spaces. This results in a reduction of cooling load by up to 75%, effectively increasing the "effective" R-value of the system without requiring excessive insulation thickness.
What factors determine the selection of the appropriate PCM formulation for a specific project?
The selection of a PCM melt point is based on climate zone, seasonal variations, and overnight low temperatures. PCMs must re-freeze overnight to function optimally, meaning the ideal selection is just above the desired indoor setpoint. For instance, in hot climates like Arizona, a PCM with a higher melting point (85-90°F) is necessary, while in cooler climates like Maine, a lower melting point (65-70°F) would be more effective.
How does EnigMAT help manage peak energy loads in commercial buildings?
EnigMAT’s thermal storage capabilities delay peak temperature rise, shifting HVAC loads to off-peak hours. By absorbing excess heat during the hottest part of the day and slowly releasing it as outdoor temperatures drop, buildings experience less strain on HVAC systems during peak hours. This reduces demand charges from utilities, which can account for a large portion of commercial energy costs.
How does EnigMAT’s integrated IR reflector contribute to energy efficiency?
EnigMAT includes a built-in infrared (IR) reflective barrier, which further reduces heat gain by reflecting radiant energy away from the building envelope. This function is similar to standing in the shade instead of direct sunlight—the ambient temperature remains the same, but the heat load is significantly lower. By incorporating reflective and latent heat management, EnigMAT outperforms traditional insulation in both thermal resistance and heat flow control.