PHASE CHANGE MATERIAL (PCM)
This advanced energy efficiency solution and program can help reduce energy costs and provides numerous benefits:
Templok™ PCM projects that qualify can see upwards of a 10-30% reduction in monthly electricity and gas expenses
PCM is a natural, non-toxic, and easily-installed building material that stabilizes a building’s temperature fluctuation
PCM naturally absorbs and releases heat, making comfort control easier.
PCM Temperature Control Solution
Mineral Based, Non Flammable Temperature Control solutions for as low as Ultra Cold -70ºC [-94ºF] needs and High Temperature 78ºC [172ºF] needs. The challenges of shipping temperature sensitive products is an ever expanding need in todays world. With a global increase in demands for vaccine distribution, food delivery, and temperature controlled storage needs, Phase Change Materials play a critical role in solving such complex logistical challenges. PHASE CHANGE MATERIALS [PCM] offer safe, mineral or organic based, high performing phase change materials available in USA, Europe and Pacific. From 70ºC to -70ºC, WE’VE GOT SOLUTIONS
PCM is available in a wide range of temperatures. Unlike many cold chain companies, we do offer PCM’s which can freeze/melt at below -40ºC and below -70ºC. Even better, our PCM’s primarily use mineral based, non-flammable technology. Our solutions won’t burn or combust and offer a brilliant alternative OR combination to dry ice, liquid nitrogen or simply a “compliment” to your conventional -20, -40 or -70ºC freezer solution.
WITHOUT Templock Solution
Air inside a building changes temperature fast. Heat gains from solar, occupants, equipment and other sources causes internal surface temperatures to rise in temperature. Even though air conditioning is lowering air temperature, it struggles to stabilize surface temperature as easily. Comfort and energy challenges result.
WITH Templock Solution
Templok PCM tiles work to absorb the heat developing inside the building, stabilizing surface temperatures. Particularly at ceilings where heat rises most.
SUMMER: As the PCM melts it absorbs heat on summer days to slow down or avoid A/C use. Re-charging is achieved overnight with free ventilation or high efficiency cooling early morning to boost results.
WINTER: Once the PCM has absorbed heat from solar gains, occupants, equipment and HVAC operations it can be used to release this stored heat back into the space. Especially at night.