Materials, standard plates, modules, and cooling cabins for cold-chain, building, data-center, LNG, and heat-recovery projects.
For cold chain, data-center chilled water, LNG cold recovery, and summer building buffering — inorganic, organic, and composite systems.
For heating, waste-heat recovery, process thermal buffering, and high-temperature-side thermal management.
Standard Pure PCM entries; engineering data is published in the per-phase-point TDS.
Engineered encapsulation for composites, coatings, slurries, and micro/nano encapsulated cold-storage products.
5–32 °C, for chilled-water buffering, peak shifting, and cooling-loop stabilization.
| Phase point | Latent capacity / plate | Chemistry | Manual |
|---|---|---|---|
| 5 °C | 0.289–0.379 kWh | Inorganic · Organic · Composite | |
| 7 °C | 0.278–0.397 kWh | Inorganic · Organic · Composite | |
| 10 °C | 0.267–0.424 kWh | Inorganic · Organic · Composite | |
| 12 °C | 0.278–0.424 kWh | Inorganic · Organic · Composite | |
| 15 °C | 0.278–0.442 kWh | Inorganic · Organic · Composite | |
| 17 °C | 0.278 kWh | Organic | |
| 18 °C | 0.289–0.460 kWh | Inorganic · Organic · Composite | |
| 20 °C | 0.283–0.451 kWh | Inorganic · Organic | |
| 21 °C | 0.283 kWh | Organic | |
| 22 °C | 0.267–0.361 kWh | Inorganic · Organic | |
| 23 °C | 0.289 kWh | Organic | |
| 24 °C | 0.289–0.469 kWh | Inorganic · Organic · Composite | |
| 25 °C | 0.289 kWh | Organic | |
| 26 °C | 0.289–0.478 kWh | Inorganic · Organic | |
| 27 °C | 0.289 kWh | Organic | |
| 28 °C | 0.289–0.361 kWh | Inorganic · Organic | |
| 30 °C | 0.244–0.361 kWh | Inorganic · Organic | |
| 32 °C | 0.244 kWh | Organic |
Negative phase points, for LNG cold-source recovery and low-temperature process buffering.
| Phase point | Latent capacity / plate | Chemistry | Manual |
|---|---|---|---|
| −57 °C | 0.361 kWh | Inorganic | |
| −42 °C | 0.361 kWh | Inorganic | |
| −25 °C | 0.361 kWh | Inorganic | |
| −24 °C | 0.433 kWh | Inorganic | |
| −22 °C | 0.361 kWh | Inorganic | |
| −21 °C | 0.560 kWh | Inorganic | |
| −19 °C | 0.506 kWh | Inorganic | |
| −15 °C | 0.487 kWh | Inorganic | |
| −10 °C | 0.515 kWh | Inorganic | |
| −5 °C | 0.487 kWh | Inorganic |
Phase points above 42 °C, for heating, waste-heat recovery, and process thermal management.
| Phase point | Latent capacity / plate | Chemistry | Manual |
|---|---|---|---|
| 42 °C | 0.244–0.361 kWh | Inorganic · Organic | |
| 46 °C | 0.361 kWh | Inorganic | |
| 48 °C | 0.379 kWh | Inorganic | |
| 49 °C | 0.244–0.361 kWh | Inorganic · Organic | |
| 53 °C | 0.244–0.361 kWh | Inorganic · Organic | |
| 56 °C | 0.361 kWh | Inorganic | |
| 58 °C | 0.244–0.515 kWh | Inorganic · Organic | |
| 61 °C | 0.244 kWh | Organic | |
| 73 °C | 0.289 kWh | Organic | |
| 120 °C | 0.311 kWh | Organic |
Data source: active Pure PCM standard products in the Passive Edge PCM cost system plus active RD standard enthalpy values. Capacity values in the manuals are design estimates and must be engineering-qualified before project deployment.
Solid-state PCM modules for ceiling cavities, window-side cabinets, and interior assemblies, reducing daily temperature swings and improving indoor comfort.
300 × 300 mm · T3 30 / T5 50 mm · six phase points, 22–32 °C · 0.154–0.257 kWh/module
Standard S-type cooling cabin using 7C micro/nano encapsulated composite PCM for AI data-center chilled-water buffering and short peak windows.
PE-DC-CS-07C-S-COM · 544 kWh · approx. 1.87 MW · S-type 2.8 × 2.3 × 2.3 m