PCMCOOL HS
Inorganic PCMs, particularly mineral-based hydrate salts, are a class of thermal energy storage materials that leverage reversible phase transitions (solid-liquid) to absorb, store, and release large amounts of latent heat at specific temperatures. They are widely recognized for their high energy density, cost-effectiveness, and suitability for industrial-scale applications.

PCMCOOL HS26N
Phase Change: -26℃
Latent of Heat: 240j/g

PCMCOOL HS25N
Phase Change: -25℃
Latent of Heat: 278j/g

PCMCOOL HS21N
Phase Change: -21℃
Latent of Heat: 228j/g

PCMCOOL HS18N
Phase Change: -18℃
Latent of Heat: 280j/g

PCMCOOL HS16N
Phase Change: -16℃
Latent of Heat: 289j/g

PCMCOOL HS11N
Phase Change: -11℃
Latent of Heat: 283j/g

PCMCOOL HS21N
Phase Change: -21℃
Latent of Heat: 228j/g

PCMCOOL HS2N
Phase Change: -2℃
Latent of Heat: 310j/g

PCMCOOL HS24P
Phase Change: 24℃
Latent of Heat: 165j/g

PCMCOOL HS29P
Phase Change: 28.5℃
Latent of Heat: 170j/g

