Heat Stress Monitoring and Relief Products
Heat Stress Monitoring and Relief Products
Sonoco™ ThermoSafe U-tek™ Gel Pack
Phase Change Material (PCM) gel pack for shipping temperature-sensitive materials.
Sonoco™ ThermoSafe PolarPack™ MoistureGuard™
Moisture resistance gel pack. Minimize condensation, these packs have a multi-layered exterior, protecting product from moisture damage.
Sonoco™ PolarPack™ Tough Pack
Nomadic™ Pre-Qualified Shippers deliver precise protection for refrigerated and frozen pharmaceuticals, biological specimens, and samples in a range of configurations.
Sonoco™ Utek™ Mailing Refrigerant Packs
Phase change materials are ideal for products requiring frozen temperatures or extreme cold that may not tolerate dry ice or CO2
Sonoco™ ThermoSafe PolarPack™ Rigid Bottles
Multi-purposed and designed to withstand rugged warehouse packing environments. These rigid plastic bottles are our most durable refrigerants.
Sonoco™ Replacement Panels for Via™ Blood Transporter
Replacement panels for Via Blood Transporter, Fisher Cat 03-600-120
Sonoco™ ThermoSafe™ Flex Polar Pack
Cold and warm pack therapy used by physical therapists, hospitals, and physicians to treat areas of pain and inflammation. ThermoSafe Flexible PolarPacks are a trusted solution to help promote injury recovery
Sonoco™ ThermoSafe PolarPack™ Refrigerants: Gel Wrap
Elongated design allows for a protective wrap around sensitive specimen sample; and diagnostic materials in vials and tubes during transport and shipping. Use in combination with an insulated shipper or envelope for additional assurance.
Sonoco™ PureTemp™ Phase Change Materials (PCM)
PureTemp™PCMs liquefy or solidify at precise temperatures, from -40° to +37°C. The surrounding temperature falls below the phase temperature, they solidify and release their stored energy. If the temperature rises above the phase temperature, they liquefy and absorb excess energy.
Sonoco™ PureTemp™ Phase Change Materials
PureTemp™PCMs liquefy or solidify at precise temperatures, from -40° to +37°C. The surrounding temperature falls below the phase temperature, they solidify and release their stored energy. If the temperature rises above the phase temperature, they liquefy and absorb excess energy.