Often referred to as ambient room temperature phase change materials (PCMs), controlled room temperature PCM cold chain solutions are associated with precise temperatures to ensure product stability, regulatory compliance, and consistent temperature control during controlled room temperature transport for life science applications. In life science logistics, maintaining controlled room temperature is essential for preserving the integrity of biological samples, pharmaceuticals, and other temperature-sensitive materials.

What Are Controlled Room Temperature PCMs?

Controlled room temperature PCM cold chain solutions ensure product stability, regulatory compliance, and consistent temperature control during transport for life science applications.

ThermaBrick® Refrigerant Bricks in a shipping box for life science materials

Controlled Room Temperature Key Range:

Controlled room temperature range is typically 15–25 °C (68–77 °F) for life sciences applications. However, according to the US Pharmacopeia and the European Union Good Distribution Practice (EU GDP), excursions are permitted between +15 °C and +30 °C, as long as they are brief and don’t affect product quality.

Purpose of Controlled Room Temperature PCMs:

Controlled room temperature PCM products maintain room temperature conditions during the transport of temperature-sensitive biological products, reagents, or pharmaceuticals. By absorbing and releasing latent heat, the PCM material protects the contents from temperature fluctuations caused by environmental changes.

Controlled Room Temperature PCM Applications in Life Sciences Packaging

Controlled Room Temperature PCM solutions ensure stable conditions for life sciences products. These PCM cooling solutions are applied to real-world cases where phase change materials for cooling enhance product integrity and compliance across the life sciences supply chain.

Clinical Trial Logistics

Controlled room temperature phase change material maintains stable environmental conditions during domestic and international clinical trial transport. This helps ensure compliance with GDP, IATA, and WHO standards while preventing sample spoilage—allowing trial materials to move securely without relying on costly active refrigeration systems.

Pharmaceutical & Biotech Shipping

For oral solid doses, biologics, and diagnostic kits, controlled room temperature phase change material products offer reliable thermal buffering throughout the distribution process. This protects products from fluctuations during customs clearance, warehouse dwell time, and last-mile delivery, preserving quality through to patient use.

Laboratory Transport

When biological samples, reagents, and research kits are moved between laboratories or research facilities, controlled room temperature phase change material helps maintain temperature stability. This reduces the risk of degradation or overheating and supports accuracy in downstream testing and analysis.

Vaccines and Biologics with Controlled Room Temperature Stability

Certain vaccines and biologics are designed to remain stable within a controlled room temperature range. Controlled room temperature phase change materials provide an additional thermal buffer in variable or warm climates, helping reduce product waste and safeguard therapeutic efficacy during distribution.

Diagnostics & Point-of-Care Devices

Diagnostic reagents and portable testing kits depend on stable conditions for consistent performance. Controlled room temperature PCMs help protect these materials during storage and transportation, extending shelf life and ensuring reliable results in clinical, field, and remote care environments.

ThermaBrick® Refrigerant Bricks for Controlled Room Temperature PCMs

ThermaBrick® Refrigerant Bricks are designed for controlled room temperature PCM shipping applications, offering a cost-effective alternative to active systems while maximizing payload space. These bricks fit easily into standard insulated shippers and help maintain stable, controlled room temperature conditions for pharmaceuticals, biologics, diagnostics, and clinical samples.

ThermaBrick® Refrigerant Bricks for Controlled Room Temperature PCMs

ThermaBrick® Refrigerant Bricks are available in multiple controlled room temperature PCM set points to match specific product stability requirements:

Advantages of Our ThermaBrick® Refrigerant Bricks for Controlled Room Temperature Shipping

ThermaBrick® Refrigerant Bricks deliver reliable temperature hold times even under variable controlled room temperature conditions and are validated for life science and pharmaceutical-grade use. Custom engineering is available to support specific shipping routes, product profiles, or payload configurations. Each brick features non-toxic, non-corrosive, and reusable formulations for safe, compliant handling.

ThermaBrick® Refrigerant Bricks Powered by Temprecision® Advance Foam Sustainable Packaging Solution

ThermaBrick® Refrigerant Bricks powered by Temprecision® Advance Foam use materials derived from renewable sources and help reduce the carbon footprint. The bricks are chemically stable, non-corrosive, and reusable with minimal performance loss over time, making them a durable and sustainable choice for controlled room temperature shipping.

Partner with Temprecision International

Temprecision International specializes in designing and optimizing controlled room temperature PCM solutions tailored to product-specific stability needs. We provide comprehensive performance testing and an understanding of regulatory compliance, helping workers in the life science industry ship with confidence and consistency worldwide.

Precision Controlled Room Temperature Starts with ThermaBrick® Refrigerant Bricks

Want to learn more about how Temprecision International can help find the right cold chain solutions for you? Contact our experts to learn how our controlled room temperature PCM inside our ThermaBrick® Refrigerant Bricks helps to deliver validated performance for compliant, cost-effective life science packaging to wholesalers, hospitals, clinics, and retailers.