Estimate coolant mass
Use payload weight, route time, box size, and seasonal ambient temperature before ordering the first test packout.
Raw poultry route
Chicken Breast Cold Chain Packaging Solution
Chicken breast packaging must control chilled temperature and raw poultry leakage at the same time. A useful packout holds the product at 0-4 C, keeps coolant separated from the primary pack, and adds enough liner and absorbent capacity to protect cartons and nearby items.
Temperature intentPlan a 0-4 C chilled route for raw chicken breast unless the product is specified as frozen.
Moisture controlUse primary sealing, liner protection, and absorbent material based on product purge and route handling.
Coolant ruleDo not rely on a light meal-kit liner for raw poultry. Chicken breast needs stronger leak containment, absorbent capacity, and a receiver check for carton dryness.
Receiving checkConfirm temperature, leakage, label condition, coolant position, and product surface quality together.
Choose the packout by route condition
The coolant amounts below are starting ranges for planning. Final packout should be validated with the exact payload, box size, carrier lane, and season.
| Route condition | Temperature intent | Tempk packaging setup | Coolant planning range | Coolant position |
|---|---|---|---|---|
| Local or same-day poultry route, 8-18 h | 0-4 C chilled | Primary sealed pack, secondary liner, absorbent pad, EPP or insulated carton. | 0.8-1.4 kg conditioned gel packs or 0 C PCM for 1-4 kg payload. | Side coolant with divider; do not let meltwater or condensation reach poultry packs. |
| Overnight parcel, 18-36 h | 0-4 C with low warm dwell | Thicker insulation, double leak barrier, absorbent base, logger in product air space. | 1.4-2.6 kg gel packs or PCM for 1-4 kg payload. | Top and side coolant separated by board or pouch; protect the liner from puncture. |
| Hot route or delay risk, 36-48 h | Validated chilled route | Higher insulation, reduced headspace, stronger secondary containment, faster carrier service when possible. | 2.6-4.2 kg gel packs or PCM for 1-4 kg payload. | If carton wet-out appears, upgrade liner and absorbent structure before adding coolant. |
For a tighter first estimate, use the Ice Pack Calculator. If the route is frozen, compare with the Dry Ice Calculator before testing.
Packout sequence that protects meat quality
The right sequence reduces warm dwell, leakage, coolant contact, and pack damage before the box reaches the receiver.
1
Load poultry already cold
The packout should hold temperature, not pull down warm raw poultry after packing.
2
Build two leak barriers
Use the primary product pack plus a secondary food-safe liner with absorbent material sized for expected purge.
3
Separate coolant from raw packs
Keep gel packs or PCM around the chamber with a divider so raw packs are not crushed or wetted.
4
Check receiving risk points
Record product temperature, leakage, carton dryness, odor, liner puncture, and whether coolant shifted during transit.
Common losses this packout is meant to prevent
Use these receiving checks when deciding whether to adjust coolant mass, liner structure, or insulation thickness.
Quality and packaging risks
- Outer carton wet-out from poultry purge or condensation.
- Cross-contact risk when raw poultry leaks onto other items in mixed shipments.
- Warm upper packs when coolant is placed only below the product.
- Crushed trays or punctured liners from hard frozen gel packs.
Tools, components, and related routes
Use the product page for the handling logic, then size the first trial with tools and validate the real route.
Choose the coolant family
Compare conditioned gel packs, 0 C PCM, and frozen-route dry ice logic before changing insulation size.
Check route risk
Review pickup dwell, last-mile delay, receiving window, and season before launching a meat route.
Need a meat or poultry packout checked?
Share the product form, chilled or frozen target, payload weight, box size, route duration, season, and receiving checks. Tempk can help choose insulation, coolant mass, liner structure, and validation steps.