Briques de glace carbonique vs. Pack Sheets: Optimal Cold Chain Solutions in 2025

Dans l'industrie de la logistique de la chaîne du froid, maintaining the required temperature for sensitive goods like pharmaceuticals, fruit de mer, and meats is essential for ensuring product safety. Dry ice bricks and pack sheets are two effective cooling solutions widely used to achieve this. Understanding the differences between these options can help businesses select the right solution for their needs.

What are the differences between dry ice bricks and pack sheets?
How do dry ice bricks and pack sheets maintain temperature during shipping?
Which option is best for different shipping durations and temperatures?

What Are Dry Ice Bricks and Pack Sheets?

Dry Ice Bricks
Dry ice bricks are solid blocks of carbon dioxide that sublimate at -78.5°C, providing a concentrated and long-lasting cooling source. These bricks are ideal for long-duration shipments, such as frozen foods or biological samples that require sustained, températures ultra-faibles.

Feuilles de pack de glace sèche
Dry ice pack sheets are flexible panels filled with small pellets of dry ice. These are often used for shorter shipments or for packaging products that require chilled, rather than frozen, températures. Their flexibility allows them to conform to various package shapes, offering efficient cooling for goods such as cosmetics or pharmaceuticals.

How Do Dry Ice Bricks and Pack Sheets Perform in the Cold Chain?

Both dry ice bricks and pack sheets work by sublimating, a process where solid CO2 transitions directly to gas, absorbing heat and cooling the surrounding environment. The key differences between these forms lie in their cooling duration and flexibility.

Fonctionnalité	Dry Ice Bricks	Feuilles de pack de glace sèche
Durée de refroidissement	72–120 hours	24–48 heures
Flexibilité	Rigide, less adaptable	Flexible, conforms to shapes
Type de refroidissement	Ultra-frozen	Glacé (2° C - 8 ° C)
Ideal Applications	Long-duration shipments	Short to medium-duration shipments

Application du monde réel:
Par exemple, vaccines requiring transport at ultra-low temperatures for up to 96 hours benefit from dry ice bricks, whereas fresh pharmaceuticals needing a controlled temperature range for up to 48 hours can be efficiently transported with dry ice pack sheets.

Meilleures pratiques d’utilisation de la glace carbonique dans le transport maritime

Emballage approprié & Isolation
To optimize the performance of dry ice, use high-quality insulated packaging like Styrofoam or vacuum-insulated panels. Ensure containers are vented to allow CO2 gas to escape and prevent pressure buildup, which could damage the shipment.

Quelle quantité de glace carbonique utiliser?
Pour une expédition 24h / 24, utiliser approximativement 0.5 kg of dry ice per kg of product weight. For shipments lasting longer than 48 heures, increase the quantity of dry ice to account for the sublimation rate. Pour des voyages plus longs, dry ice bricks are recommended due to their extended sublimation time.

Briques de glace carbonique vs. Pack Sheets: Ce qui est le mieux pour vos besoins?

Dry Ice Bricks
Ideal for long shipments where products need to remain frozen for several days. They have higher upfront costs but offer longer-lasting cooling and higher capacity, making them essential for high-value, temperature-sensitive goods such as biologics or frozen food.

Feuilles de pack de glace sèche
Best for short-haul deliveries or when products require a chilled environment. They are cost-effective and flexible, fitting well around smaller packages. Cependant, they do not last as long as dry ice bricks, making them less suitable for long shipments.

Impact environnemental et durabilité

As the cold chain logistics industry moves toward more sustainable practices, the production of dry ice from CO2 captured during industrial processes has gained traction. This practice reduces reliance on fossil fuels and lowers carbon footprints. En plus, innovations in packaging and monitoring technology are helping reduce waste and enhance the efficiency of dry ice use.

Sustainability Trends for 2025:

Eco-friendly packaging using recyclable and biodegradable materials
Smart temperature sensors for real-time monitoring to reduce waste
Closed-loop dry ice recycling systèmes, allowing dry ice to be reused

Questions fréquemment posées (FAQ)

Q1: Combien de temps dure la glace sèche pendant l'expédition?
La glace sèche dure généralement entre 24 à 72 heures, depending on the form (bricks or sheets), isolation, and shipping conditions.

Q2: Is dry ice safe for shipping?
Oui, dry ice is safe for shipping when handled properly. Always use vented containers and follow safety guidelines to prevent CO2 buildup.

Q3: How do I calculate the amount of dry ice I need?
Utiliser 0.5 kg of dry ice per kg of product for a 24-hour shipment. Pour des durées plus longues, increase the amount accordingly.

Conclusion et recommandations

Dry ice bricks and pack sheets are both essential tools in cold chain logistics, each suited for different types of shipments. By understanding their differences and adhering to best practices, vous pouvez assurer le transport sûr et efficace des marchandises sensibles à la température.

Étapes suivantes:

Assess your shipment’s duration and temperature requirements to choose between bricks or sheets.
Invest in high-quality insulated packaging for better temperature control.
Restez à jour sur 2025 sustainability trends and smart monitoring systems to improve your logistics operations.

À propos du tempk

Tempk specializes in innovative cold chain solutions, including dry ice bricks and pack sheets. Our products ensure the safe and efficient transport of temperature-sensitive goods with a focus on sustainability and compliance with industry regulations.