temperature-control-packaging

Temperature control packaging in cold chain uses advanced materials to keep temps stable for sensitive products, ensuring safety and quality.

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YANGCHENG LAKE CRAB SEASON BEGINS, CHINA SOUTHERN AIR LOGISTICS FACILITATES NATIONWIDE DISTRIBUTION

As the autumn season deepens, the peak period for hairy crab transportation is unfolding. On September 25, the official fishing...

MAGNUM ICE CREAM SUPPORTS ‘PLASTIC REDUCTION’ INITIATIVE WITH GREEN PACKAGING, WINS PACKAGING INNOVATION AWARD

Since Unilever’s brand Walls entered the Chinese market, its Magnum ice cream and other products have consistently been loved by...

WHY WE MUST USE INSULATED COOLER BAGS FOR PHARMACEUTICAL TRANSPORT

When transporting pharmaceutical products, it is crucial to ensure that they are protected from external factors such as extreme temperatures....

Plastic Insulation Boxes

Plastic Insulation Box: Efficient and Durable Cold Chain Logistics Solutions | Huizhou Industrial Co., Ltd. In cold chain logistics and...

HOW DOES TEMPERATURE CONTROLLED SHIPPING ENSURE TRANSPORTATION TEMPERATURE?

1. Market demand surges: Temperature-controlled transportation becomes the new standard for cold chain logistics With the rapid growth in demand...

GUOQUAN SHIHUI NEARS 10,000 STORES, WITH NEARLY HALF IN COUNTIES AND TOWNS

The number of Guoquan Shihui stores has grown nearly sixfold in less than four years. During the National Day holiday,...

Dry Ice Packs for Shipping Plants

Dry Ice Packs for Shipping Plants: 2025 Guide Updated: August 14, 2025 If you’re evaluating dry ice packs for shipping plants, here’s the bottom line: use them for frozen, non‑viable plant materials; avoid them for live plants and cuttings. Dry ice is −78.5 °C (UN1845) and triggers specific 2025 IATA/USPS/DOT rules; gel or PCM coolants are safer for 2–8 °C live shipments. Decide quickly when dry ice packs for shipping plants are appropriate (and when 2–8 °C is wiser). Comply in 2025 with UN1845 labels, venting, and booking/net‑mass requirements. Pack correctly for frozen specimens (≤−70 °C) vs. live plants (cool, not frozen). Plan lanes with simple sizing rules, timelines, and an at‑a‑glance decision tool. When are dry ice packs for shipping plants the right choice? Short answer: Use dry ice packs for shipping plants only when the contents must stay frozen (≤−70 °C), such as lab tissues or extracts. For live plants, plugs, bouquets, or cuttings, keep them cool (2–8 °C) with gel/PCM—do not freeze. Carriers...

4-Cells vs 6-Cells Phase Change Ice: Test Data & Thermal Retention

In modern cold chain logistics and daily temperature-controlled products, phase change ice has emerged as a novel thermal management tool, gaining widespread adoption due to its exceptional insulation capabilities. Our company’s 4-cells and 6-cells phase change ice products demonstrate remarkable advantages in thermal retention. This article compares these two products and analyzes their insulation performance using real-world test data. Fundamental Principles of Phase Change Ice Phase change ice utilizes phase change materials (PCMs) capable of absorbing and releasing heat within specific temperature ranges, thereby maintaining stable temperatures. Such technology is commonly employed in transporting temperature-sensitive goods like food and pharmaceuticals, ensuring protection against external temperature fluctuations. Comparative Testing: 4-cells vs. 6-cells Phase Change Ice We conducted insulation tests by placing 24-cells (traditional), 4-cells, and 6-cells phase change ice samples in foam boxes under a 35°C ambient environment, measuring their temperature maintenance time within the 0-10°C range. Test results revealed the following: 4-cells Phase Change Ice: Under 35°C, the 4-cells variant...

Tempk: Your Cold Chain Partner for Quality & Reliability

In the dynamic world of modern commerce, the cold chain industry plays a pivotal role in ensuring the safe and efficient transportation of perishable goods. From pharmaceutical products to fresh food items, maintaining the right temperature throughout the supply chain is crucial. This is where TEMPK cold chain solutions step in, offering a comprehensive range of products and services that meet the highest standards of quality and reliability. The Significance of Cold Chain Logistics Cold chain logistics is not just about keeping things cold; it's about preserving the integrity, quality, and safety of temperature - sensitive products. In the pharmaceutical sector, for example, improper temperature control during transportation can render life - saving medications ineffective. According to industry reports, about 10% of products in the cold chain transportation industry are pharmaceuticals - related, both for human and veterinary use. In the food industry, which accounts for approximately 90% of cold chain products, maintaining the right temperature ensures that food...

Is Dry Ice Better Than Ice Packs for Shipping?

Is Dry Ice Better Than Ice Packs for Shipping? If you’re asking is dry ice better than ice packs, the answer depends on target temperature, route risk, and compliance. Dry ice holds ultra‑cold ranges (≈ −78.5 °C) for days, while PCM gel packs protect 2–8 °C without hazmat steps. You’ll see where each wins, how 2025 rules apply, and what cuts total cost—so you can ship confidently. When does dry ice win for ultra‑cold shipping? (ultra‑cold shipping −80°C) When are gel/PCM ice packs safer for 2–8 °C? (2–8°C PCM gel packs) What do 2025 rules require for UN1845 dry ice? (IATA PI954) Which lowers total landed cost for −20 °C and mixed routes? (−20°C frozen shipping) How to choose fast with a simple self‑assessment? (hazmat‑free cold chain) When is dry ice better than ice packs for your lane? Short answer: Use dry ice when you must stay ≤ −60 °C or need long frozen hold times with delay risk. It buffers multi‑day air legs and...

How to Ship Ice Cream: A Complete Guide for Safe and Efficient Delivery

Shipping ice cream requires careful planning to ensure it arrives in perfect condition. Ice cream is a perishable product that needs to stay frozen throughout its journey. In this guide, we'll walk you through the essential steps and tips for shipping ice cream safely and efficiently. 1. Choose the Right Packaging Materials Proper packaging is crucial to keeping ice cream frozen during transit. Here's what you need: Insulated Boxes: Use insulated boxes made from materials like EPS (Expanded Polystyrene) or VIP (Vacuum Insulation Panels). These materials provide excellent thermal protection, helping maintain a consistent temperature. Gel Packs or Dry Ice: Include gel packs or dry ice inside the packaging. Gel packs can maintain cold temperatures for several hours, while dry ice keeps ice cream frozen for extended periods. Ensure the dry ice is packed correctly, as it can be hazardous if mishandled. Sealing: Ensure the packaging is tightly sealed to avoid exposure to warm air, which could cause the ice...

Are Dry Ice Packs Reusable? Extend Their Service Life with These Tips

Dry ice packs are vital components in the cold chain logistics sector, used to maintain the temperature of perishable items, pharmaceuticals, and more. But are dry ice packs reusable, and how can their service life be extended? In this guide, we will explore the science behind dry ice packs, how to handle and store them effectively, and techniques to enhance their reusability. Read on for practical insights on how to optimize your cold chain processes with dry ice. Dry Ice Packs: The Ultimate Solution for Cold Chain Logistics Dry ice packs are critical in the cold chain logistics industry for maintaining ultra-cold temperatures during shipping. They differ from regular ice because they are made of solid carbon dioxide (CO₂), which sublimates (turns directly from solid to gas) without creating any liquid. This process allows dry ice packs to keep items colder for much longer than water ice, making them ideal for shipping temperature-sensitive goods like vaccines, fresh seafood, or biologics....