Why Temperature Controlled Packaging Solutions are Essential in the Modern Supply Chain

Many products can safely be transported in normal room temperatures, but for some, it can be dangerous. Some products can even be made completely unusable. Sometimes, the temperature can impact the safety and the quality of a product.

That’s when temperature controlled packaging comes in. Certain methods of packaging sustain a needed temperature range for products within a supply chain. These are vital for all kinds of goods that include pharmaceuticals, medical equipment, perishable food items, chemicals, and more.

GMI Research states the Temperature Controlled Packaging Solutions Market is expected to be worth USD 28.8 billion by 2031. This prediction is attributed to the increased focus by businesses and logistics providers to develop reliable cold chain logistics.

Why is Temperature Controlled Packaging Important?

Temperature sensitive goods require special treatment from the time they leave controlled temperature storage until they reach their final destination. Some goods can be safely transported at room temperatures, while others need to be chilled or even frozen during transportation.

A good example is food items, that must be kept frozen, to retain freshness and to avoid quality deterioration. Healthcare products can be even more challenging. Vaccines, diagnostic kits, medications, and biological specimens must be maintained in a certain temperature range and may even need to be controlled room temperature.

The same problem applies to all industries. Other chemicals, automotive parts, and electronic materials can also be negatively impacted by extreme or inconsistent temperatures. Businesses risk damage to their products, quality, and profitability if they fail to meet given conditions.

How Temperature Controlled Packaging Maintains Product Quality

Transportation often creates a challenges for shipping sensitive items. Temperature controlled shipping systems can reduce these challenges, especially in situations when products must share space during transport.

Temperature controlled shipping systems are designed create an insulated system to prevent the product from coming in direct contact with surrounding temperatures for an extended period of time.

One of the most simple types of temperature controlled shipping systems include a sturdy outer shell, insulation, and temperature control materials. High end systems utilize phase change material and insulation of varying thickness coupled with temperature sensors.

Temperature controlled shipping systems eliminate the need for dedicated refrigerated transport to ship thier products.

Key Benefits of Temperature Controlled Packaging

Effectively implementing temperature controlled shipping systems within your logistics network provides a number of benefits.

Protect Product Integrity

The primary, and most crucial reason for implementing a controlled shipping system, is actively protecting your product. If temperature is not properly controlled, the quality and effectiveness of a product can be severely compromised.

For pharmaceuticals and healthcare products, this is of utter importance. Even slight variations can negatively impact the quality and safety of a product.

Cost Savings from Insulated Packaging

Some temperature-controlled shipments don't always require a dedicated refrigerated truck or cold storage vehicle. In the right situations, shipping with temperature controlled, insulated packaging can be the most cost-effective option.

Cost savings can be significant in the case of smaller shipments.

Reduce Packaging Waste

The use of temperature controlled, insulated packaging helps reduce waste in the shipping process by utilizing sustianable shipping practices. Unlike traditional packing, systems can be used multiple times.

Reusable systems can provide an environmental and operational sustainability benefit to companies that conduct high volume shipping.

Temperature Traceability

Knowing that your product was shipped under the correct transport temperature range is equally as important as maintaining that temperature range. Temperature monitoring systems and data loggers help maintain and capture temperature data during the shipping process.

Tempurature loggers help maintain shipping records for quality assurance, compliance, and verification shipping records. Should a shipment experience a temperature excursion, the business can determine the time and location.

Obtaining the Correct Temperature Controlled Packaging

Choosing the proper temperature controlled packaging largely depends on the shipping conditions and the product. One should consider the temperature range, how long it will be shipped, outside temperature, methods of shipping, package size, and cooling methods.

The shipping distance coupled with the shipping conditions will help dictate the type of shipping packaging. For shorter shipping distances, insulated packaging with gel packs can be sufficient. However, more challenging conditions may require additional advanced packaging, such as insulated dry ice packaging or an active temperature control package.

Packaging should be subjected to the rigors of actual shipping conditions. Just because a system functions well in a controlled warehouse does not mean it will behave the same way when exposed to all the demands of the outdoors such as constantly shifting temperatures, touch and motion, and varying transit times.

Temperature Controlled Packaging and the Future of Cold Chain Logistics

Increasing global supply chain interconnectivity makes it more difficult to ensure product quality during transportation. Each industry has a unique circumstance where temperature is a critical aspect of product quality and safety. Within these areas, temperature controlled packaging can help businesses mitigate product quality issues without having to completely rely on temperature controlled transportation.

The optimum solution is not just the packaging that is capable of sustaining temperature (i.e. hot or cold) but the solution that can guarantee the required conditions, retain product integrity, and be cost productive within the dynamics of the supply chain.