Phase Change Material For Cold Chain Packaging High Heat Storage Capacity
The product can be used repeatedly more than 20,000 times .
1. PLATES MASSES:
| PCM-+22/AND-22 | BIG |
| External (L×W×H): | 7.87 ✘6.30✘0.98in(±0.08in) |
| Empty gel pack mass: | 0.287ib(±0.05ib) |
| Net gel mass: | 1.02ib(±0.01ib) |
| Gross mass: | 1.30ib(±0.01ib) |
| Material for Flasks: | HDPE/PET |
2. DATA SHEET:
Themost important physical data: Typical Values
Melting area 21 ~ ~23 [℃]
Congealing area 16 ~ ~17 [℃]
Heat storage capacity±5 % 224 [KJ/L]
Specificheat capacity 2.67 [KJ/kg/K]
Density solid 0.81 [-25℃]
Density liquid 0.79 [20℃]
Volume expansion 6.8 [%]
Heat conductivity 1.08 [W/m K 20℃]
0.68 [W/m K -25℃]
Max. operation temperature 90 [℃]
Corrosion ----
Note:The main ingredients contain inorganic compounds , additives.
This Cold Chain PCM (Phase Change Material) is engineered for packaging solutions requiring high heat storage capacity, specifically designed for sensitive applications like COVID-19 vaccine transport. PCMs are substances that absorb and release thermal energy during phase transitions (e.g., solid to liquid), effectively maintaining a stable temperature range. This makes them ideal for cold chain transportation, ensuring optimal conditions for temperature-sensitive goods.
The application of these phase change materials offers a flexible, environmentally friendly, economical, safe, and controllable solution for cold chain logistics.
Can be used repeatedly, the cost of a single use lower
Can be used for plasma, biological reagents, heart valves and other medical fields
3. Our advantage:
We specialize in customizing cold chain transport programs to meet specific customer needs. Our solutions ensure precise temperature control and extended cold times. Both the internal and external packaging can be tailored based on your unique transport requirements and design specifications.
Remark: Color of the plastic material can be customized
Product Tags:
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Cold Chain PCM For Packaging High Heat Storage Capacity ( PCM+22 ) For COVID-19 Images
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