Turkish Cargo, one of the leading cargo carriers, has recently partnered with temperature controlled solutions provider CSafe Global. The carrier has approved the recently launched CSafe RAP for in-flight use on its fleet.
The CSafe RAP is the latest innovation in a full line of temperature control solutions, offering unmatched operational capabilities with the industry’s largest RAP payload capacity to ensure successful large-volume shipments of temperature-sensitive pharmaceuticals across the globe.
“Turkish Cargo have long been experts when it comes to transporting temperature-sensitive healthcare products globally,” said Brad Jennings, VP of Global Marketing and Partner Management for CSafe Global.
“CEIV accreditation further demonstrates their commitment to providing our mutual life-science customers with precision cold-chain services that have been validated to exceptionally high standards.”
“With volumes of pharmaceutical shipments growing on a global scale, active temperature-controlled containers for larger cargo payloads are required. The CSafe RAP will give Turkish Cargo the ability to continue to provide best-in-class service to our customers around the world, meeting their expectations in terms of volume, cargo integrity and safety, and on time transportation. Partnership with CSafe Global, the company that shares the same customer-centric values and business attitudes as we do, provides Turkish Cargo with confidence in the preservation and integrity of our shipments, every single time,” said Fatih Cigal, SVP, Cargo Marketing, Turkish Cargo.
The CSafe RAP active container system leverages the proven performance and capabilities of the well-established CSafe RKN to remove the operational and environmental challenges encountered with global temperature-controlled shipments. By utilising CSafe’s proprietary ThermoCor VIP insulation together with a compressor-driven cooling and radiant heating system, the CSafe RAP precisely maintains the user-defined payload temperature set point through payload transport, regardless of ambient conditions.
