En utilisant dry ice bricks dry ice packs is essential for maintaining ultra low temperatures during transport, but choosing the right form and applying proper handling can be tricky. Le marché mondial de la glace carbonique devrait croître de USD 1.66 milliards en 2025 en USD 2.73 milliards 2032, and the cold chain packaging refrigerants market is expected to reach USD 2.92 milliards 2032. This surge highlights the need for reliable cooling agents for vaccines, aliments surgelés et échantillons biologiques. You’ll learn the differences between dry ice bricks and packs, how to choose and use them safely, et quelles innovations émergent dans 2025.
Differences between briques de glace carbonique et blocs de glace carbonique – forms, cooling duration and when to choose each.
Best practices for packing and handling dry ice – how much dry ice to use and safety precautions.
Tendances émergentes et innovations dans 2025 – reusable packs, smart sensors and hybrid systems.
Market insights and sustainability – growth drivers, supply constraints and eco friendly initiatives.
Questions fréquemment posées – practical answers on shipping duration, regulations and alternatives.
Que sont les briques de glace carbonique et les packs de glace carbonique, et pourquoi sont-ils importants?
Dry ice bricks and dry ice packs are both made from solid carbon dioxide (Co₂) que Limères soudantes directly into gas without melting. This means no water residue, ce qui les rend idéaux pour expédier des aliments surgelés, produits pharmaceutiques et échantillons de laboratoire. Dry ice bricks are rigid blocks that sublimate slowly and provide long lasting cooling, alors que dry ice packs are flexible sheets, pellets ou tranches designed for faster cooling and easier placement. Because dry ice’s temperature is approximately −78,5 ° C (−109 ° F), it offers three times the cooling efficiency of water ice. Choosing the right form keeps your products safe, reduces waste and helps you comply with shipping regulations.
Formulaires, Sizes and Cooling Mechanisms
Dry ice comes in different forms to match various logistics needs:
| Formulaire | Taille typique | Taux de sublimation | Ce que cela signifie pour vous |
| Blocs | Grand, dense slabs | Lent (48–72 h in insulated boxes) | Ideal for long distance shipments; lower surface area means heat is absorbed slowly. |
| Boulettes (riz) | Small cylinders (~1/8–3/8 in.) | Rapide (12–24 h) | Provide precise cooling and fill gaps; often used in laboratories and dry ice blasting. |
| Slices/Nuggets | Medium sized pieces | Modéré | Fit tight spaces; useful for small packages or field kits. |
| Pre made packs | Enclosed pellets in vented packaging | Variable | Designed to release CO₂ gas slowly around products, keeping them cold without direct contact. |
Briques de glace carbonique are heavy and cumbersome to lift, but they maintain temperatures longer than pellets. Packs de glace sec are easier to handle and can be arranged around irregular products, but they may need replacement sooner.
Astuces et conseils pratiques d'utilisation
Pour les longs trajets et les charges lourdes: Use dry ice bricks or large industrial packs. Their slow sublimation keeps cargo frozen for days.
For precision cooling or small packaging: Utilisez des granulés ou des tranches pour remplir les espaces et assurer un refroidissement uniforme.
Combinez les formulaires si nécessaire: Mixed shipments can combine bricks for frozen goods and gel packs for chilled items.
Cas réel: A seafood exporter replaced water ice with small dry ice slices. By venting insulated boxes and placing packs correctly, l'entreprise reduced shipment weight by 30 % et gardait les filets de poisson congelés pendant 48 heures sans fuite.
Choosing Between Dry Ice Bricks and Dry Ice Packs: Facteurs à considérer
Selecting the right cooling agent depends on shipment duration, product requirements and customer experience. Briques de glace carbonique excel for long durations (48+ heures) et charges lourdes; they maintain ultra cold temperatures below −70 °C and are essential for vaccines, frozen meat or biologic samples. Packs de glace sec work well for shorter trips or smaller packages and are easier for customers to handle. Gel packs or phase change materials may be preferable when goods need to remain chilled rather than frozen.
Exigences de température du produit
Different products have distinct temperature needs:
Marchandises surgelées (glace, fruit de mer, vaccins): nécessitent des conditions ultra froides; dry ice sublimates at −78.5 °C ensuring these items stay frozen.
Marchandises refroidies (chocolat, medicines requiring 2–8 °C): gel packs or phase change materials are more suitable because they maintain temperatures above freezing.
Durée et distance d'expédition
Long distance shipments or routes through warm climates favour dry ice bricks, which last 48–72 hours. Local deliveries or same day shipments can rely on gel packs or smaller dry ice packs. Equal weight of dry ice and payload can keep items frozen for up to 48 heures, et 1.5× the weight may be needed for 72 heures.
Manipulation et conformité réglementaire
La glace carbonique est classée comme Et 1845 sous des matières dangereuses par le Association internationale des transports aériens (Iata) Et les États-Unis. Ministère des Transports (POINT). Expéditions dépassant 5 lbs require labeling with “Dry Ice (Dioxyde de carbone solide) UN 1845” and weight declaration. Gel packs are not regulated and therefore easier for customers to handle.
Coût et durabilité
La glace carbonique est périssable et doit être réapprovisionnée pour chaque expédition. Gel packs are reusable and lower cost, but they cannot maintain ultra cold temperatures. Packs de glace carbonique réutilisables, emerging in 2025, can be refilled with solid CO₂ multiple times and help businesses économiser jusqu'à 20 % on cooling costs while reducing plastic waste.
Customer Experience
Customers unfamiliar with dry ice may worry about frostbite or disposal. Provide clear instructions and protective equipment when sending dry ice shipments. For meal kits or consumer deliveries, consider a hybrid approach that uses dry ice for frozen components and gel packs for fresh produce.
Best Practices for Packing and Handling Dry Ice
Shipping with dry ice requires careful planning to ensure safety and compliance. Use the following guidelines to protect your products and your staff.
Calculer la quantité correcte de glace carbonique
Règle générale: Utiliser 1–2 lbs of dry ice for every 3–4 lbs of product.
24heure de vol: 15 lbs of dry ice can maintain −70 °C conditions for a 24 hour shipment.
Rapports de poids: Half the weight of the payload in dry ice covers overnight shipments; equal weight is needed for 48 heures, et 1.5× poids may be required for 72 heures.
Packing and Insulation Tips
Préconditionner les conteneurs: Refroidissez les boîtes avant d'ajouter de la neige carbonique pour ralentir la sublimation.
Couper correctement: Place dry ice on top of the products so cold air sinks; use cardboard or cushioning to protect goods sensitive to extreme cold.
Emballage de ventilation: Ne jamais fermer hermétiquement les contenants; use styrofoam lined with cardboard to allow CO₂ gas to escape.
Minimiser l'espace vide: Combler les espaces avec des matériaux isolants (mousse, boulettes) pour éviter les poches chaudes.
Use robust outer packaging: Corrugated cardboard or heavy duty plastic boxes provide strength; évitez les fûts en acier ou les récipients en plastique scellés.
Safety Precautions and Regulatory Considerations
Portez un équipement de protection: Utilisez des gants isolés, goggles and closed toe shoes to avoid frostbite.
Assurer la ventilation: Une livre de neige carbonique libère environ 250 litres de gaz CO₂; store and handle in well ventilated areas.
Paquets d'étiquettes: Marquez les expéditions avec « Glace sèche (Dioxyde de carbone solide) UN 1845” and include net weight to comply with DOT/IATA rules.
Évitez les matériaux incompatibles: Métaux, plastics or glass can crack at extreme cold; use containers rated for dry ice.
Former les gestionnaires et les clients: Provide instructions for safe use and disposal; untrained staff may mishandle dry ice and risk frostbite or asphyxiation.
Élimination: Laisser la neige carbonique se sublimer dans un espace ouvert; never dump it in sinks or drains.
Cas réel: A biotech lab packed 15 livres de glace carbonique in pre chilled containers with ventilation holes for a 24heure de vol, réalisation −70 °C throughout transit without pressure buildup.
Erreurs courantes pour éviter
Sealing containers completely – traps CO₂ and can cause explosions.
Underestimating dry ice quantity – leads to thawing; adjust for ambient temperature and travel time.
Contacting water – speeds up sublimation; keep dry ice dry.
Sauter une formation – untrained staff may neglect ventilation and protective gear.
Manipulation sûre, Packaging and Disposal
In addition to the guidelines above, ensure your operation meets regulatory standards:
Classement réglementaire: La glace sèche est une classe 9 matières dangereuses (Et 1845); shipments require labeling and documentation.
Air transport restrictions: L'IATA limite la glace carbonique à 200 kg par colis à bord des avions de passagers.
Postal regulations: Les États-Unis. Postal Service allows dry ice shipments domestically but restricts them to 5 livres par paquet, whereas FedEx or UPS allow larger shipments with appropriate documentation.
Educate both staff and customers about safe handling. Provide printed guides inside packages that explain how to handle and dispose of dry ice responsibly. Encourage recipients to let dry ice sublimate outdoors or in ventilated areas.
Comment les packs de glace carbonique réutilisables et la technologie intelligente se transforment 2025 Logistique de la chaîne du froid
Le secteur de la chaîne du froid évolue rapidement. Objectifs de durabilité, supply constraints and technological advancements are reshaping how companies use dry ice. Dans 2025, packs de glace carbonique réutilisables, capteurs intelligents, systèmes hybrides et isolation améliorée are key trends.
Sacs à glace sec réutilisables
Les packs de glace carbonique traditionnels sont à usage unique. Une fois la glace sèche sublimée, the packaging is discarded. New designs feature durable, insulated containers that can be refilled with solid CO₂. Reusable packs maintain −78.5 °C, prevent water damage and can be reused hundreds of times. Businesses using reusable packs report jusqu'à 20 % savings in cooling costs and reduced plastic waste. This helps meet corporate sustainability targets and reduces the environmental footprint of shipping.
Smart Sensors and Temperature Monitoring
Internet des objets (IoT) technology is revolutionising cold chain logistics. Smart dry ice packs integrate sensors that monitor internal temperature and send alerts when temperatures deviate from safe ranges. Some systems even replenish dry ice automatically when sensors detect warming. Au niveau macro, logistics providers operate control towers where artificial intelligence analyses temperature data, predicts potential excursions and recommends interventions. This proactive approach reduces spoilage and improves compliance.
Hybrid Systems and Improved Insulation
Hybrid cold chain systems combine dry ice with matériaux à changement de phase (PCMS) ou packs de gel. Les PCM absorbent et relâchent la chaleur à des températures spécifiques (par exemple. 2–8 °C ou −20 °C) et sont réutilisables. La glace carbonique offre des conditions ultra froides, while PCMs maintain chilled zones. Hybrid packaging allows multi temperature shipments, ideal for mixed cargo like frozen meat and fresh vegetables. Panneaux d'isolation sous vide (Vips) also improve cold retention, allowing companies to use less dry ice while maintaining required temperatures.
Market Dynamics and Sustainability
Demand for dry ice is growing across sectors, but CO₂ supply is constrained. The global dry ice market is projected to croître à partir de l'USD 1.66 milliards en 2025 en USD 2.73 milliards 2032, while demand for cold chain packaging refrigerants will reach USD 2.92 milliards 2032. Cependant, supply grows only about 0.5 % par année, provoquant des pénuries périodiques et des hausses de prix pouvant aller jusqu'à 300 %. Companies therefore invest in reusable packs, efficient insulation and alternative coolants to reduce their reliance on single use dry ice.
Environmental pressure is another driver. Much of the CO₂ used for dry ice comes from fossil fuel processes. Manufacturers are exploring bio based CO₂ captured from ethanol plants to create more sustainable dry ice. Biodegradable coatings on packs and recyclable materials also reduce environmental impact.
Aperçu des derniers progrès
Reusable dry ice packs: Durable containers refillable with solid CO₂, saving costs and waste.
Capteurs intelligents: Integrated IoT devices monitor temperature and automatically replenish dry ice when needed.
Solutions hybrides: Combining dry ice with PCMs or gel packs for multi temperature shipping.
Panneaux d'isolation sous vide: VIPs reduce heat transfer and allow less dry ice while maintaining cold.
CO₂ biosourcé et durabilité: Capturing CO₂ from bio ethanol plants and using biodegradable materials to lower carbon footprint.
Market Insights and Sector Dynamics
Dry Ice Market Outlook
Le marché mondial de la glace carbonique était évalué à USD 1.54 milliards en 2024, and it is projected to grow to USD 1.66 milliards en 2025 et USD 2.73 milliards 2032, avec un taux de croissance annuel composé (TCAC) de 7.4 %. Asia Pacific held a 32.47 % participer à 2024, driven by cold chain logistics growth and rising demand for frozen foods and pharmaceuticals. Demand is also strong in North America, where dry ice is used in food processing, vaccine storage and dry ice blasting.
The COVID 19 pandemic highlighted the importance of dry ice in vaccine distribution. The Pfizer BioNTech vaccine required ultra cold temperatures, causing temporary shortages and price volatility. As new vaccines and advanced therapies emerge, the need for reliable cryogenic cooling agents will persist.
Cold Chain Packaging Refrigerants Market
Le cold chain packaging refrigerants market (which includes gel packs, foam bricks and other refrigerants) était USD 1.57 milliards en 2024 et il est projeté de atteindre USD 1.69 milliards en 2025 et USD 2.92 milliards 2032, avec un TCAC de 8.14 %. L'Europe a dominé le marché avec un 31.85 % participer à 2024. Growth is driven by the pharmaceutical sector’s need for temperature controlled packaging to protect sensitive products.
Product innovation and sustainable refrigerant materials are key. Companies offer gel packs made from puncture resistant nylon laminate and other durable materials. These innovations reduce operational costs and meet regulatory requirements for packaging integrity.
Restraining Factors and Opportunities
Volatile CO₂ supply and pricing can constrain growth. CO₂ availability depends on industrial processes like ethanol and natural gas production; fluctuations lead to supply shortages and price spikes. Geopolitical factors and export restrictions can also disrupt supply chains. Pour atténuer le risque, companies diversify CO₂ sources, explore bio based capture and invest in energy efficient insulation.
Questions fréquemment posées
Question 1: What is the difference between dry ice bricks and dry ice packs?
Les briques de glace carbonique sont grandes, rigid blocks that sublimate slowly and provide long lasting cooling (48–72 heures). Dry ice packs consist of pellets or slices enclosed in vented packaging; they cool faster (12–24 heures) and are easier to position around products. Choose bricks for long journeys and packs for shorter trips or small spaces.
Question 2: De quelle quantité de neige carbonique ai-je besoin pour l'expédition?
Utiliser 1–2 lbs of dry ice per 3–4 lbs of product. For a 24 hour shipment, autour 15 lbs of dry ice maintains −70 °C. Equal weight of dry ice and payload keeps items frozen for 48 heures, et 1.5× le poids covers 72 heures.
Question 3: Are there regulations for shipping dry ice?
Oui. La glace carbonique est classée comme Et 1845; shipments must be labeled “Dry Ice (Dioxyde de carbone solide) UN 1845" et inclure le poids net. IATA restricts dry ice to 200 kg par colis à bord des avions de passagers. Les États-Unis. Postal Service allows shipments of 5 livres ou moins.
Question 4: What are the latest innovations in dry ice shipping for 2025?
Reusable dry ice packs, Capteurs compatibles IoT, hybrid systems combining dry ice with phase change materials, and vacuum insulation panels are transforming cold chain logistics. These innovations reduce costs, improve temperature stability and support sustainability goals.
Question 5: Puis-je combiner de la neige carbonique avec des packs de gel?
Oui. Hybrid packaging uses dry ice to keep frozen goods ultra cold while gel packs or PCMs maintain chilled zones. This approach is ideal for mixed shipments, such as meal kits with frozen proteins and fresh produce.
Question 6: Combien de temps dure la glace carbonique lors de l'expédition?
La glace sèche dure généralement 18–72 heures, selon la forme, quantité, isolation et température ambiante. Les blocs durent plus longtemps que les pastilles; more insulation and larger amounts of dry ice extend duration.
Question 7: La glace sèche est-elle respectueuse de l'environnement?
Dry ice itself is CO₂ that would otherwise be released into the atmosphere. Cependant, supply often comes from fossil fuel processes. Manufacturers are exploring captage du CO₂ d'origine biologique and reusable packs to reduce carbon footprint. By adopting reusable packs and efficient insulation, you can reduce waste and energy use.
Résumé et recommandations
Principaux à retenir: Dry ice bricks and dry ice packs are critical tools in cold chain logistics. Bricks provide long lasting cooling, alors que packs offer flexibility. Proper calculation of quantity, vented packaging and safety training ensure safe and compliant shipments. 2025 innovations – reusable packs, capteurs intelligents, hybrid systems and VIPs – improve efficiency and sustainability. The global market for dry ice and cold chain refrigerants continues to grow, but supply constraints and environmental concerns require proactive strategies.
Étapes suivantes:
Évaluez les exigences de température de vos produits: Determine if your goods need frozen (−70 °C) ou réfrigéré (2–8 ° C) conditions and choose dry ice bricks, packs or hybrid solutions accordingly.
Calculer la quantité de glace carbonique: Use 1–2 lbs per 3–4 lbs of product; adjust based on duration and ambient temperature.
Implement safe packing and labeling: Utiliser ventilé, conteneurs isolés, porter un équipement de protection, and label packages “Dry Ice (Dioxyde de carbone solide) UN 1845” avec poids net.
Explorer 2025 innovations: Invest in reusable dry ice packs, smart sensors and VIPs to reduce costs and environmental impact.
Train staff and inform customers: Provide clear instructions for handling, ventilation and disposal to prevent accidents and improve customer satisfaction.
À propos du tempk
Nous sommes Rotation, a leading provider of cold chain solutions. Notre portefeuille comprend briques de glace carbonique, packs de glace sec and innovative insulated containers that maintain ultra low temperatures. Avec R.&D facilities et certifications de qualité, we continually develop eco friendly and reusable products that help clients reduce costs and meet sustainability goals. Que vous expédiiez des vaccins, seafood or gourmet meal kits, nous can tailor a cooling solution that fits your needs.
Appel à l'action: Prêt à optimiser votre chaîne du froid? Contact our experts at Tempk for customised guidance on selecting the right dry ice bricks or dry ice packs. Our team can help you calculate quantities, design packaging and implement the latest technology. Reach out today and safeguard your shipments with confidence.
