Estimate coolant mass
Use payload weight, box size, route duration, and ambient season before the first lane test.
DTC chilled or frozen meat route
DTC Meat Boxes Cold Chain Packaging Solution
DTC meat boxes may ship chilled steaks, frozen cuts, sausages, or mixed boxes. The packout decision should start with product state: chilled meat needs gel packs or PCM with leak control; frozen meat usually needs dry ice planning and carrier checks.
Temperature intentUse 0-4 C for chilled meat boxes, or -18 C or below when the customer expects frozen delivery.
Unboxing controlProtect inserts, labels, liners, and customer-facing packs from leaks, condensation, and coolant shift.
Coolant ruleDo not use one coolant layout for chilled and frozen meat. Chilled meat can be damaged by direct dry ice contact, while frozen meat can thaw if gel packs are used beyond their validated lane.
Receiving checkConfirm product temperature, package condition, coolant position, leakage, and delay exposure together.
Choose the packout by route condition
The coolant amounts below are starting ranges for planning. Final packout should be validated with the exact order mix, shipper size, carrier lane, and season.
| Route condition | Temperature intent | Tempk packaging setup | Coolant planning range | Coolant position |
|---|---|---|---|---|
| Chilled premium meat, 8-24 h | 0-4 C chilled arrival | EPP or insulated carton, leak liner, absorbent base, separated gel packs or 0 C PCM. | 1.0-2.0 kg gel packs or PCM for 2-6 kg payload. | Side and top coolant separated from trays or vacuum packs. |
| Overnight chilled meat, 24-36 h | 0-4 C with low warm dwell | Thicker insulation, double leak control, logger in product air space, reduced headspace. | 2.0-3.8 kg gel packs or PCM for 2-6 kg payload. | Perimeter coolant with divider; prevent tray pressure and purge leakage. |
| Frozen DTC meat, 24-48 h | -18 C route intent | Frozen shipper, dry ice chamber, vapor gap, label and carrier limit review. | Use dry ice calculator; often 3.0-7.0 kg for 2-6 kg payload depending on box and lane. | Keep dry ice separated from retail packs and follow carrier marking requirements. |
Use the Ice Pack Calculator for chilled routes. For frozen boxes, compare with the Dry Ice Calculator before testing.
Packout sequence for e-commerce fulfillment
A good subscription box should hold temperature and still arrive clean, readable, separated, and easy for the customer to unpack.
1
Define chilled or frozen before packing
The customer's expected receiving state decides gel pack, PCM, or dry ice logic.
2
Protect against purge and odor
Use a leak liner and absorbent layer so meat purge does not wet the carton or other items.
3
Control direct coolant contact
Separate hard frozen gel packs or dry ice from retail packs to avoid surface damage and pressure marks.
4
Check receiving quality
Record temperature, purge, odor, tray or vacuum condition, coolant remaining, and outer carton dryness.
Common losses this packout is meant to prevent
Use these checks when adjusting coolant quantity, liner structure, insulation thickness, or fulfillment timing.
Quality and packaging risks
- Thaw in frozen meat boxes from undersized dry ice or long last-mile dwell.
- Freeze marks on chilled meat from dry ice or unbuffered frozen packs.
- Purge leakage into the shipper and customer-facing packaging.
- Tray dents or vacuum seal stress from top-loaded coolant.
Tools, components, and related routes
Use the product page for handling logic, then size the first trial with tools and validate the real parcel route.
Choose coolant behavior
Compare conditioned gel packs, 0 C PCM, and dry ice where frozen delivery is required.
Check route risk
Review fulfillment dwell, pickup delay, last-mile exposure, and receiving window before launch.
Need an e-commerce packout checked before launch?
Share the product mix, payload weight, box size, fulfillment dwell time, route duration, season, and receiving standard. Tempk can help choose insulation, coolant mass, liner structure, and validation checks.