Ice Pack
Ice packs are the cold-store companion of thermal packaging, used with insulation covers and liners to hold a low internal temperature.
- Phase-change cooling slows internal temperature rise
- Combined with pallet covers, thermal bags and liners
- Size and quantity per cargo heat load and duration
- For cold-chain, pharma and fresh short-haul and transshipment
Usage plan confirmed with cargo, packaging and transport conditions; selection advice available.
·Specifications·
Product specifications
| Material | Cooling gel / ice-bag film |
|---|---|
| Style | Per size and quantity |
| Colour | Usually clear/blue, customisable |
| Applications | Cold-chain, pharma, fresh cooling |
·Selection questions·
Frequently Asked Questions
01 Does lower thermal conductivity always mean better insulation?
No. Conductivity describes the material and must be read with thickness and thermal resistance. EPE has 0.035 W/(m·K) with only 0.014 (m²·K)/W, while XPE has 0.041 W/(m·K) but 0.12 (m²·K)/W. Compare both and validate with the complete packaging.
02 What is the thermal conductivity of the woven cover?
The woven cover is not specified by conductivity; it is designed for strength and weatherability. The manual gives 1366 kPa bursting strength, 520-650 N/50mm tensile strength, 95-97% reflectivity and -40℃ to 100℃ tolerance.
03 Five-sided or six-sided?
Six-sided wraps the base as well, giving better sealing at slightly slower handling; five-sided is faster to load but leaves the base uncovered. Use six-sided for temperature-sensitive cargo and handle the base separately with five-sided.
04 Can I order using the cargo dimensions only?
Not recommended. Size follows the pallet and the loaded overall L/W/H including pallet height; ordering from the cargo outline alone risks covers that are too tight or too loose.
Selection and customization
Related selection guides
- Bubble, EPE, XPE or woven pallet cover? Comparing the four constructions
The four pallet cover constructions compared on structure, thickness, thermal conductivity, thermal resistance and strength, with a selection checklist based on pallet size and transport conditions.
- How long does a pallet cover insulate? Thermal packaging selection and testing
Plan pallet covers and container liners using route conditions, load configuration and temperature records. Distinguish material data from whole-package performance.
- How much does a pallet cover reduce temperature? Reading four data sets
Four measured data sets — direct sunlight, -10℃ cold, a woven-cover comparison and an SGS insulation test — read together, explaining how sensor position, duration and ambient temperature shape the numbers and what cannot be concluded from a single reading.
- Choosing a container liner: balancing insulation, light blocking and installation time
Container liner selection along five dimensions — insulation range, light blocking, size models, installation labour and mechanical strength — with a verifiable parameter table and a confirmation checklist.
- Choosing an insulated water tank cover: thickness, construction, sizing and outdoor life
Water-tank cover selection from heat-loss paths, construction comparison, thickness choice and measurement through to outdoor life and an acceptance checklist.
- How to Choose a Cold-Chain Thermal Bag: Bag Type, Foil Layers, Phase-Change Packs and Validation for Food Delivery, Fresh Produce and Pharma Shipping
A selection and acceptance guide for cold-chain thermal bags covering bag type, foil layers, closed-cell foam thickness, phase-change pack ratio, and full-package temperature validation across food delivery, fresh produce and pharma shipping.
Application and customization
Discuss bubble, EPE, XPE and woven constructions for pallet transport, handling and storage. Explore five- or six-sided designs, zipper or hook-and-loop closures, edge binding and label windows for your load configuration.
- Pallet handling and storage
- Ocean freight and container transport
- Packaging for temperature-sensitive cargo
Before calling: Loaded dimensions, pallet allowance, cargo type, route, duration and closure design
