Emballage de la chaîne froide refers to the specialized system of materials and logistics used to keep products within a specific temperature range from production to final delivery. En termes simples, it’s the packaging component of a temperature controlled supply chain. Industry resources note that cold chain involves temperature controlled storage, shipping and handling. Without this packaging, aliments périssables, vaccins, biologics and other sensitive products would spoil or lose potency. Demand is booming – the global cold chain packaging market was valued at about US$20.08 billion in 2020 and is projected to reach US$36.65 billion by 2026, and some analyses forecast growth to more than US$100 billion by the mid 2030s. Cet article, mis à jour pour 2025, explains what cold chain packaging entails, how it benefits different industries, the materials and systems available, and the regulatory and technological developments shaping its future.
What does cold chain packaging involve? – understand the processes, components and differences between active and passive systems.
Why is cold chain packaging crucial for industries? – explore benefits for pharmaceuticals, food and agriculture, plus how it reduces waste.
How do you choose the right cold chain materials? – compare insulation options like EPS, polyurethane and vacuum insulated panels.
Which regulations and standards apply in 2025? – learn about FSMA Rule 204, DSCSA serialization and EU sustainability directives.
What innovations are shaping the future? – discover IoT sensors, phase change material pods, reusable containers and AI design.
Questions fréquemment posées – get quick answers on key topics such as active vs. passive systems and temperature zones.
What does cold chain packaging involve?
Cold chain packaging is the foundation of temperature controlled logistics. A cold chain is a sequence of specialized logistics, conditionnement, storage and equipment designed to keep a shipment within a specific temperature range until it reaches its destination. The packaging products used to achieve a cold chain are therefore called cold chain packaging, temperature controlled packaging or thermal packaging. À la base, the cold chain comprises four interconnected stages:
Stockage – products remain at the correct temperature at manufacturing facilities or distribution centres.
Transport – goods must stay within the target range during travel across town or across continents.
Manutention – transferring products between storage and vehicles or within warehouses must maintain temperature stability.
Livraison – whether to a retail store or directly to the consumer, the product must arrive at the correct temperature.
If any stage fails, sensitive goods can be compromised, entraînant une détérioration, perte de revenus et risques potentiels pour la santé. UPS describes the cold chain as a continuous temperature controlled supply chain that preserves the life cycle of perishable foods, drogues, chemicals and other products. Maintaining consistent refrigeration from manufacturing through warehousing and final delivery is critical for safety and efficacy.
Core components of a cold chain packaging system
Effective cold chain packaging integrates several components working together to maintain temperature control. BoxMaker’s guide explains that insulation materials minimize heat transfer, temperature controlled mechanisms regulate the environment, and customized packaging design adapts to specific product needs. Modern systems often incorporate sensors and data loggers to record temperatures and detect excursions. The major components include:
| Composant | Description | Importance pratique |
| Matériaux d'isolation | Polystyrène expansé traditionnel (PSE) and polyurethane foam or advanced vacuum insulated panels (Vips) create a thermal barrier. | Reduces heat transfer and allows shipments to endure longer transit times. |
| Temperature control mechanisms | Active systems use external power (réfrigération, glace carbonique) pour maintenir la température, while passive systems rely on pre conditioned coolants and insulating materials. | Choosing between active and passive affects cost, complexity and performance. |
| Conception d'emballage | Tailored dimensions, inserts and sealing methods ensure that the product fits snugly and minimizes void space. | Prevents movement and maintains temperature uniformity. |
| Liquides de refroidissement & Matériaux à changement de phase | Packs de gel, ice packs and phase change materials absorb or release heat as they change phases. | Provide targeted temperature control; PCMs can maintain specific ranges such as 2–8 °C for vaccines. |
| Capteurs & bûcherons de données | In transit recorders measure temperature during specified periods. IoT sensors transmit real time data and send alerts if temperatures deviate. | Enable compliance documentation and corrective action before product quality suffers. |
Actif vs. passive cold chain systems
Systèmes actifs use external energy sources such as refrigeration units or dry ice to provide continuous cooling. These systems are common for large shipments or ultra low temperature products like gene therapies. Systèmes passifs, en revanche, rely on pre conditioned refrigerants (packs de gel, PCMS) and insulated containers to slow heat transfer. Passive solutions are often lighter and more cost effective for shorter distances or moderate temperature ranges. Par exemple, expanded polystyrene boxes paired with gel packs can maintain 0–25 °C for food and some pharmaceuticals, while vacuum insulated panels combined with phase change materials are used for ultra cold shipments at –80 °C.
Analogie quotidienne
Imagine packing ice cream for a picnic. Using a thick picnic cooler and plenty of ice resembles a passive system: the insulation slows warming, et la glace absorbe la chaleur. Bringing a portable, electric freezer to the picnic is like an active system – it continuously powers cooling, regardless of outside conditions. The principles are similar in commercial cold chain packaging but scaled up and optimized for regulatory compliance and diverse products.
Practical tips and common scenarios
When designing or evaluating a cold chain solution, consider these tips:
Cartographiez les exigences de votre produit: Classify products into temperature zones – cool (10–15 ° C), réfrigéré (0–10 ° C), congelé (–30–0 °C) ou ultra froid (≤–80 °C). Multi zone shippers can combine different temperatures to improve load utilization by up to 30 %.
Préconditionner les réfrigérants: Freeze or condition phase change materials and gel packs at the correct temperature before packing to achieve optimal thermal performance.
Minimiser l'espace vide: Fill empty areas with cushioning or insert trays; empty space accelerates heat transfer and allows contents to shift.
Contrôler l'humidité: Leafy greens may require up to 95 % relative humidity; use absorbent liners or moisture regulating materials as needed.
Étiquette et document: Marquer les colis avec les instructions de manipulation (Par exemple, "Garder congelé"), and keep records of temperature readings to meet FSMA and DSCSA requirements.
Exemple du monde réel: A BoxMaker case study used an A/B foam in place resin solution instead of expanded polystyrene to insulate a fish egg shipping container. This design expanded inside the walls, eliminating the need for bulky EPS warehousing and enhancing insulation efficiency.
Why is cold chain packaging crucial for industries?
Cold chain packaging safeguards product quality, reduces waste and supports public health. The BoxMaker article highlights several benefits: preserving product quality and extending shelf life, réduire les pertes de produits, ensuring the efficacy and safety of pharmaceuticals, enabling global trade and enhancing customer satisfaction. Here’s how different sectors benefit:
Produits pharmaceutiques et biologiques
Vaccins, insulin and gene therapies must remain within strict temperature ranges (typically 2–8 °C) pendant l'expédition. The World Health Organization estimates that more than one quarter of vaccines arrive with reduced efficacy because of cold chain failures. Proper cold chain packaging prevents degradation, ensures patient safety and helps pharmaceutical companies comply with regulatory standards. Ultra cold products such as mRNA vaccines require –80 °C conditions; vacuum insulated panels combined with phase change materials or dry ice are essential.
Nourriture et boisson
Produits frais, laitier, meat and meal kits comprise about 75 % du marché de l'emballage sous chaîne du froid. Packaging maintains texture, saveur et valeur nutritionnelle, and prevents microbial growth. Temperature thresholds vary: perishables should stay at or below 40 °F (4.4 °C), chocolates soften at 85 °F (29 °C) and melt at 93 °F (34 °C). Maintaining proper temperatures reduces spoilage and supports e commerce food delivery, a segment projected to grow rapidly.
Agriculture et horticulture
Graines, flowers and plants are sensitive to temperature fluctuations. Cold chain packaging ensures that plants retain vitality during transit. Controlled humidity and breathable materials help prevent condensation and disease. Temperature controlled packaging supports export markets for cut flowers and tropical fruits by maintaining freshness across long distances.
Chimique, cosmetics and other industries
Certain chemicals and cosmetics degrade when exposed to heat. Par exemple, les cosmétiques de haute qualité peuvent perdre leur consistance ou leurs ingrédients actifs si les températures dépassent les plages recommandées. Cold chain packaging protects product integrity, ensuring that temperature sensitive components arrive in good condition.
Economic and environmental impact
Reducing waste through effective cold chain packaging has economic and environmental benefits. Wasted perishable food can lose up to 50 % of its value without proper temperature control. Minimizing spoilage decreases greenhouse gas emissions associated with food loss. Pour les entreprises, it enhances profitability by maximizing each shipment’s value and reducing returns.
Temperature thresholds and packaging types
L'Association internationale pour un transit sûr (N'IMPORTE LEQUEL) 7E Heat standard is widely used to test thermal transport packaging. It provides heat and cold profiles that allow customers to compare different insulated packaging types. The following table summarizes common temperature thresholds and recommended packaging types:
| Type de produit | Plage de température sûre | Typical packaging | Pourquoi ça compte |
| Médicaments | 35.6 °F–46.4 °F (2 ° C - 8 ° C) | Insulated containers with phase change materials or gel packs; scellés inviolables | Maintains drug efficacy and reduces microbial growth. |
| Produits périssables | ≤ 40 °F (4.4 °C) | Boîtes EPS ou PUR avec packs de gel; breathable liners for produce | Prevents spoilage and preserves texture/flavour. |
| Chocolat | Softening at 85 °F (29 °C), melting at 93 °F (34 °C) | Enveloppes thermiques avec isolation réfléchissante; refroidissement modéré | Maintains product appearance and prevents fat bloom. |
| Aliments surgelés | –30 °C–0 °C | Polyurethane containers with dry ice or –20 °C PCMs; expéditeurs de palettes réutilisables | Empêche la décongélation des fruits de mer et des glaces pendant un long transport. |
| Produits biologiques ultra froids | ≤ –80 °C | Vacuum insulated panels combined with dry ice; reusable rigid containers | Indispensable pour les vaccins à ARNm et les thérapies géniques. |
Conseils pour des scénarios spécifiques
E commerce meal kit delivery: Use multi layer insulation with moisture regulating inserts; categorize shipments into cool (10–15 ° C) ou réfrigéré (0–10 ° C) zones to preserve taste and texture.
Distribution de vaccins: Choose VIP/PCM systems that maintain 2–8 °C or ultra cold ranges; implement data loggers and tamper evident seals; follow DSCSA serialization requirements.
Long distance seafood shipping: Employ reusable pallet shippers with high performance insulation and dry ice; minimize empty space and pre condition PCMs to ensure consistent temperature.
Chocolate shipping in summer: Use reflective insulation and gel packs to stay below softening point; avoid over cooling to reduce condensation and fat bloom.
Étude de cas: When the COVID 19 vaccines were first distributed in the United States, engineers at IPS Packaging & Automation helped design cold chain shipping materials that maintained extremely low temperatures while meeting regulatory requirements.
How do you choose the right cold chain packaging solution?
Selecting a suitable cold chain solution starts with understanding your product’s temperature requirements, shipment duration and regulatory obligations. The Tempk guide notes that modern shippers vary in material, performance d'isolation, durabilité et durabilité. Below is a summary of common materials and their characteristics:
| Matériel / System | Plage de températures typique | Caractéristiques & usages | Practical implications for you |
| Polystyrène expansé (PSE) | 0 °C–25 °C | Lightweight foam boxes providing moderate insulation; largement utilisé pour l'alimentation et certains produits pharmaceutiques | Affordable and readily available; limited recycling infrastructure means disposal challenges; good for short durations. |
| Polyuréthane (Pur) & Polystyrène extrudé (XPS) | –20 °C–15 °C | Mousse plus dense avec une valeur R plus élevée, offering better insulation | Suitable for longer transit or lower temperatures; plus lourd et moins recyclable; envisager des formats réutilisables. |
| Panneaux isolés sous vide (Vips) | –80 °C–25 °C | Panneaux minces contenant un matériau microporeux sous vide; extremely high insulation | Ideal for ultra cold products (thérapies géniques, vaccins d'ARNm); higher cost but allows more payload per shipment. |
| Matériaux à changement de phase (PCMS) | –50 °C–20 °C | Materials that absorb/release thermal energy at specific temperatures; used with other insulators | Extend hold time and reduce weight; tunable to specific product requirements; segment valued at US$3.6 billion in 2024. |
| Carton ondulé & fibres naturelles | 0 °C–15 °C | Multi layer corrugated boxes or wool fibre inserts; fully recyclable or compostable | Eco friendly alternative to foam; may require gel packs or PCMs to extend hold time. |
| Contenants rigides réutilisables & expéditeurs de palettes | –80 °C–25 °C | Contenants durables en plastique ou en métal conçus pour plusieurs cycles; often integrate VIPs, Capteurs PCM et IoT | Coût initial plus élevé mais coût total de possession inférieur; reusable market expected to grow from US$4.97 billion in 2025 to US$9.13 billion by 2034. |
To choose the best option:
Identify the temperature zone and duration – Determine how long your product must remain within its safe range. Frozen seafood may need 48 hours of –30 °C conditions, while chocolates require only moderate cooling.
Assess material performance and sustainability – Compare insulation performance, weight and recyclability. VIPs offer superior insulation but cost more; natural fibre inserts provide sustainability but may require additional coolants.
Evaluate regulatory compliance – Ensure the packaging supports traceability and temperature monitoring. Products regulated under FSMA Rule 204 or DSCSA must provide data to demonstrate compliance.
Consider reuse potential – Reusable containers reduce waste and long term costs. Pooling programs allow companies to share rigid containers and pallet shippers.
Tester et valider – Conduct performance testing under realistic conditions. Follow ISTA 7E protocols or USP guidelines for pharmaceuticals. Document results and adjust pack outs accordingly.
User oriented decision guide
Pour engager les lecteurs, offer a simple decision tool or checklist that helps determine the right packaging. Par exemple:
List your product’s temperature range (cool/refrigerated/frozen/ultra cold).
Estimate transit duration (hours/days).
Assess size and weight (small parcel, palette, en gros).
Identify sustainability goals (single use vs. réutilisable).
Consider data monitoring needs (basic data logger vs. real time IoT).
Use these inputs to match with appropriate materials (PSE, Pur, VIP, PCMS) and packaging types from the table above. An interactive calculator or quiz could make this process engaging and reduce bounce rates.
What regulations and standards apply to cold chain packaging in 2025?
Ensuring compliance with regulations is as important as technical performance. Plusieurs cadres régissent les emballages sous chaîne du froid:
Règle de la FSMA 204 (Loi sur la modernisation de la sécurité alimentaire)
Les États-Unis. Food Safety Modernization Act’s Rule 204 étend les exigences de traçabilité pour les aliments à haut risque. Companies must capture Critical Tracking Events and Key Data Elements and provide electronic traceability records within 24 heures. Packaging solutions increasingly integrate RFID tags, barcodes and IoT sensors to automatically record temperature and location data. Se conformer, shippers must design packaging that facilitates data capture and maintain records for at least two years.
Loi sur la sécurité de la chaîne d'approvisionnement en médicaments (DSCSA)
Pour les produits pharmaceutiques, the DSCSA sets standards for serialization, traçage et vérification électroniques. By late 2025, fabricants, les grossistes et les distributeurs doivent fournir des données de transaction sérialisées pour chaque colis. Les emballages de la chaîne du froid doivent conserver des scellés inviolables et fournir des surfaces pour les codes-barres ou les codes matriciels 2D.; vendors often supply compliance documentation to support audits.
Bonne pratique de distribution (PIB) and ISTA standards
International GDP guidelines emphasize continuous temperature and humidity monitoring, documentation et personnel formé. The International Safe Transit Association’s 7D and 7E test protocols simulate thermal profiles and validate packaging performance under extreme conditions. Lors de l’évaluation des expéditeurs, request ISTA test reports and validation data to verify claims of hold time and temperature stability. Pharmacies shipping medications should refer to USP general chapters <659>, <1079> et <1079.2>, which outline requirements for temperature controlled transportation.
Règlement de l’UE sur les emballages et les déchets d’emballages (PP)
The EU’s PPWR mandates that all packaging be recyclable or reusable by 2030. It encourages mono material design, elimination of harmful additives and adoption of circular economy models. Les expéditeurs de la chaîne du froid réagissent en adoptant une isolation à base de papier, fibres de laine et conceptions modulaires démontables pour le recyclage.
Responsabilité élargie du producteur (EPR) et règles régionales
EPR laws require manufacturers to take responsibility for the entire life cycle of packaging materials. Recycling targets and take back programs drive innovation in reusable containers and densification systems for foam. Regional regulations differ: North America focuses on DSCSA and FSMA compliance, Europe emphasizes sustainability and circular design, and Asia Pacific invests heavily in cold chain infrastructure to support a growing middle class.
Conseils pour la conformité
Intégrer la traçabilité: Use sensors that log temperature, heure et lieu. Ensure data can be shared electronically with regulators.
Sélectionnez un emballage inviolable: Use seals and closures that comply with DSCSA serialization and provide surfaces for barcodes.
Former le personnel: Document procedures and ensure personnel follow validated pack outs. Training reduces errors and ensures consistent temperature maintenance.
Restez à jour: La réglementation évolue; monitor changes to FSMA, DSCSA and PPWR, and adapt packaging designs accordingly.
Quelles innovations façonnent l’emballage de la chaîne du froid dans 2025?
Technological advancements are transforming how companies design and manage cold chain packaging. Le Tempk 2025 guide highlights several innovations that balance performance, conformité et durabilité:
Capteurs IoT et étiquettes intelligentes: Tiny sensors embedded in packaging measure temperature, humidité et emplacement, transmettre des données aux tableaux de bord cloud. Selon les données de l'industrie, 76 % des revenus du suivi de la chaîne du froid proviennent des capteurs et des enregistreurs. Smart labels using RFID or NFC store product information and traceability records. Benefits include real time alerts for temperature excursions and automated compliance documentation.
Matériel à changement de phase (PCM) gousses: Les PCM absorbent ou libèrent de la chaleur à des températures spécifiques. Plug and play PCM pods can be inserted into shipping boxes to tune the thermal profile. The PCM market was valued at US$3.6 billion in 2024 et devrait croître 8.4 % annuellement. Combined with VIPs, PCMs enable ultra cold shipments.
Panneaux isolés sous vide (Vips) et aérogels: Les VIP offrent une conductivité thermique extrêmement faible. Aerogel based panels reduce shipping costs by up to 70 % while offering higher insulation performance. Protective casings improve durability, and pairing with reusable containers increases sustainability.
Conteneurs réutilisables et expéditeurs de palettes: Rigid containers designed for multiple cycles integrate VIPs, Capteurs PCM et IoT. The reusable packaging market is expected to grow from US$4.97 billion in 2025 to US$9.13 billion by 2034. Pooling programs allow sharing of expensive containers, réduire les dépenses en capital et les déchets.
Matériaux et kits d'emballage durables: Innovations include recyclable paper based insulation (Par exemple, corrugated cardboard fluting), wool fibre inserts and biobased foams. Ready to use kits combine boxes, insulation and refrigerants to speed assembly and reduce errors. These solutions support circular economy goals and comply with PPWR.
Artificial intelligence and digital twins: AI algorithms simulate heat transfer and predict the effects of ambient temperatures, payload size and transit time. Digital twin models allow packaging engineers to test designs virtually, shortening development cycles and reducing waste.
Blockchain and traceability platforms: Blockchain creates tamper evident records of a shipment’s temperature and location history. Smart contracts can automatically trigger payments when shipments meet defined conditions. Integration with IoT sensors enables end to end transparency.
How innovations benefit you
These innovations improve reliability, réduire les déchets et améliorer la conformité. Par exemple, sensors send alerts before temperature excursions cause product loss; PCM pods allow you to tailor thermal profiles for different products; reusable containers lower total cost of ownership; sustainable materials help meet customer and regulatory demands; AI design tools reduce prototyping time; and blockchain provides trustworthy records for audits and recalls.
2025 trends and market outlook
The cold chain packaging landscape is dynamic, with several key trends shaping the decade ahead:
Croissance et taille du marché
Explosive market expansion: Industry analyses project the global cold chain packaging market to grow from US$30.41 billion in 2024 to US$33.67 billion in 2025 and US$75.93 billion by 2033, représentant un 10.7 % taux de croissance annuel composé (TCAC).
Croissance sectorielle: Le marché des matériaux d’emballage à température contrôlée (PCMS, isolation, liquide de refroidissement) is expected to rise from US$15.8 billion in 2024 to US$32.1 billion by 2034. The reusable packaging segment will expand from US$4.97 billion in 2025 to US$9.13 billion by 2034. Passive packaging is set to grow from US$14.9 billion in 2025 to US$30.1 billion by 2035.
Dominance des soins de santé: Plus que 55 % des expéditeurs isolés en 2025 sont utilisés pour les produits médicaux et biotechnologiques. Cependant, the food and meal kit markets are rapidly catching up due to e commerce demand.
Faits saillants régionaux
Amérique du Nord: Holds around 36 % of global market share due to strong pharmaceutical and biotech industries, widespread adoption of e commerce and early compliance with DSCSA.
Europe: Driven by strict sustainability regulations and circular economy practices; companies adopt recyclable materials and reusable systems.
Asie-Pacifique: Région à la croissance la plus rapide, fuelled by rising middle class demand for fresh foods and increased vaccine production. Government investment in cold chain infrastructure accelerates adoption of advanced packaging.
Competitive landscape and notable players
The market features established players and innovators:
Sonoco ThermoSafe: Develops high performance polyurethane insulation and reusable pallet shippers.
Technologies de la chaîne du froid (CCT): Specializes in passive systems and reusable pallet solutions; integrates IoT sensors.
Boîte à lumière (fait partie de CSafe Global): Offers recyclable corrugated shippers and VIP systems for ultra cold vaccines.
ProAmpac: Created the recyclable FiberCool bag, aligning with PPWR goals.
Aérogel américain: Pioneers aerogel based VIPs that reduce shipping costs by up to 70 %.
Peli BioThermique: Known for the Crēdo™ Go reusable container line with integrated data loggers.
Ranpak & RAJA: Provide paper based packaging solutions for meal kits and grocery delivery.
Perspectives d'avenir
Experts anticipate increased convergence of smart packaging, durabilité et conformité. Predictions include:
Conceptions optimisées pour l'IA: Automated thermal modelling reduces weight while maintaining performance.
Adoption de la blockchain: Widespread use of blockchain for provenance and compliance verification.
Emerging bio materials: Use of mushroom based foams and algae derived insulators for biodegradable packaging.
Consolidation de l'industrie: Mergers like the 2023 combination of Smurfit Kappa and WestRock create global sustainability leaders.
Pooling networks expansion: More companies will join pooling programs for reusable containers, reducing capital expenditure and environmental impact.
Questions fréquemment posées
Qu'est-ce que l'emballage sous chaîne du froid?
Cold chain packaging encompasses the insulated containers, coolants and monitoring devices that keep products within specific temperature ranges during storage, transport, handling and delivery. It is an integral part of the continuous temperature controlled supply chain.
Quelle est la différence entre les systèmes de chaîne du froid actifs et passifs?
Active systems use external power sources (unités de réfrigération, glace carbonique) for continuous cooling, making them ideal for long durations and ultra cold temperatures. Passive systems rely on pre conditioned refrigerants and insulation to maintain temperatures without external energy. Passive solutions are lighter and less costly but may not sustain ultra cold conditions.
Why are sensors and data loggers important in cold chain packaging?
Sensors and data loggers monitor temperatures and record excursions, enabling compliance with regulations like FSMA and DSCSA. Real time IoT devices send alerts when temperatures drift and help companies take corrective action before product quality suffers.
How do I know which temperature zone my product requires?
Identify the safe temperature range based on the product type: cool (10–15 °C), réfrigéré (0–10 °C), congelé (–30–0 °C) ou ultra froid (≤–80 °C). Check manufacturer guidelines and regulatory requirements, and consult packaging experts to select appropriate materials.
What regulations affect cold chain packaging in 2025?
Key frameworks include FSMA Rule 204 (exigences de traçabilité), DSCSA (serialization for pharmaceuticals), GDP/ISTA standards (validation et documentation) and EU PPWR (recyclability mandates). Businesses should monitor regulatory updates and design packaging that facilitates compliance.
Résumé et recommandations
Cold chain packaging is the linchpin of modern supply chains. It ensures that temperature sensitive products – from vaccines and biologics to fresh meals and flowers – reach consumers safely and effectively. Le marché se développe rapidement, with innovations such as IoT sensors, Pods PCM, VIPs and reusable containers improving performance and sustainability. Regulatory frameworks like FSMA Rule 204, DSCSA and EU PPWR require traceability, serialization and recyclable design. Pour réussir 2025 et au-delà, businesses should map product requirements, choose materials that balance insulation and sustainability, incorporate data monitoring, and stay ahead of evolving regulations.
Prochaines étapes réalisables
Auditez votre portefeuille de produits: Categorize products by temperature zone and shipping duration; identify where specialized packaging is needed.
Engagez-vous avec des experts: Consult with cold chain packaging specialists to select appropriate materials (PSE, Pur, VIP, PCMS) and decide between single use or reusable systems.
Mettre en œuvre le suivi: Adopt sensors and data loggers that provide real time alerts and ensure traceability; integrate with blockchain if appropriate.
Planifier pour la durabilité: Evaluate the environmental footprint through life cycle assessments and explore recyclable or reusable options.
Restez conforme: Track updates to FSMA, DSCSA and PPWR regulations; maintain documentation and train staff accordingly.
À propos du tempk
Tempk is a specialist in cold chain packaging solutions, offering a wide range of insulated boxes, packs de glace, sacs thermiques et contenants réutilisables conçus pour les aliments, produits pharmaceutiques et autres produits sensibles à la température. Our research and development center focuses on smart, des innovations en matière d'emballage durable telles que des panneaux isolés sous vide, matériaux à changement de phase et fibres écologiques. We support clients with customized designs and validation reports, helping them navigate complex regulatory landscapes and meet sustainability goals.
Prêt à optimiser votre chaîne froide?
Contact our packaging advisors to discuss tailored solutions for your products. Whether you need 0–10 °C insulated boxes, expéditeurs ultra froids ou systèmes de palettes réutilisables, we can help you design a compliant, sustainable and cost effective solution.
