Carbon fiber cases for rescue

The internal and external structure and materials of carbon fiber emergency rescue cases meet the defense and emergency rescue requirements, providing fireproof, waterproof, shockproof, anti-corrosion, and mobility advantages. The use of carbon fiber and other composite materials in emergency rescue cases fully demonstrates their advantages. They achieve a flame-retardant rating of 94V0, and the excellent dimensional stability under high and low temperatures ensures their waterproof performance in extreme conditions. The toughness of special composite materials like carbon fiber greatly improves shock resistance and drop resistance, and the inherent corrosion resistance of these materials meets the demands of extreme working environments. Through testing according to GJB-150 and GJB-2711 standards, they can be applied to the  tier-three medical service networks, national emergency rescue bases, and emergency medical team construction.

The carbon fiber medical case fundamentally improves the protective capability of emergency rescue supplies packaging, reducing the requirements for logistics environments. Although the initial packaging cost increases, it significantly lowers or eliminates a series of costs during the entire rescue logistics process, such as unloading fees, warehouse renovation costs, maintenance costs, secondary packaging fees, and equipment costs for controlling the environment. The use of carbon fiber medical cases saves a large amount of human, material, and financial resources, generating substantial economic benefits. It ensures the integrity and reliability of emergency rescue equipment storage. The packaging protection plays a crucial role in the long process from production to deployment of rescue equipment.

Carbon fiber medical cases can be transferred using various transportation methods, making them adaptable to both mechanical loading and unloading as well as manual lifting, which is conducive to achieving high mobility and rapid response during emergency rescue, offering significant quick-response benefits.

Our company started researching the application of carbon fiber cases in the emergency rescue field in 2015. After multiple rounds of testing by Tianjin Packaging Testing Center and Guangdian Metrology and other testing agencies, and several iterations of improvements, the product has been upgraded several versions compared to its original state.