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NET CAPACITY28 L
EXTERNAL SIZE450 × 375 × 425 mm
INSULATIONPU, 30 mm
PRODUCT CODEDCA280
Evermed IC 28 is a passive isothermal container for transporting temperature-sensitive samples and materials in pharmaceutical and medical settings. It requires no electrical supply or compressor system.
IMPORTANTThe temperature regime is created by a prepared ice-pack systemIce packs are optional. Their type, quantity, conditioning and packing arrangement must follow the protocol for the specific load.
Evermed IC series: 15 or 28 L
Both models share the same basic construction and differ in net capacity and external dimensions.
| Model | Net capacity | External dimensions | Code |
|---|---|---|---|
| Evermed IC 15 | 15 L | 450 × 303 × 303 mm | DCA150 |
| Evermed IC 28 — current model | 28 L | 450 × 375 × 425 mm | DCA280 |
Key benefits
- Shock-resistant plastic shell for routine transport.
- Rounded internal corners make cleaning easier.
- 40 kg/m³ high-density polyurethane insulation, foamed in place and CFC-free.
- Insulated hinged lid made with the same material and insulation as the body.
- Labyrinth gasket supports a tight lid seal.
- Two heavy-duty black ABS lever locks with elastic sealing.
Technical specifications
| Model | Evermed IC 28 |
| Type | passive isothermal container |
| Product code | DCA280 |
| Net capacity | 28 L |
| External dimensions (W × D × H) | 450 × 375 × 425 mm |
| Shell material | shock-resistant plastic |
| Thermal insulation | 40 kg/m³ foamed-in-place polyurethane, CFC-free |
| Insulation thickness | 30 mm |
| Lid | 1 insulated hinged lid with labyrinth gasket |
| Locks | 2 heavy-duty black ABS lever locks |
| Ice packs | optional |
Application and limitations
The container is intended for passive transport of temperature-sensitive medical and pharmaceutical materials. Usable space must be assessed after arranging ice packs, protective separators and the load.
The manufacturer does not state a universal temperature range or guaranteed holdover time for the empty container. Performance depends on the ice packs, their conditioning, thermal load, ambient temperature and opening frequency.
For each medicine or sample, use an agreed packing configuration and temperature monitoring appropriate to the institution’s current protocol.