Hypothermia Blanket for Fever

Description:
A hypothermia blanket for fever is a medical thermal management device that lowers elevated body temperature in patients experiencing hyperthermia, heat stroke, or sustained high fever by extracting heat from the body surface through controlled cooling contact. These blankets differ from standard emergency reflective blankets, which retain heat. Fever management blankets actively remove it.

Most clinical and field-deployable fever blankets use one of three cooling mechanisms. Circulating water blankets pump temperature-controlled water through channels embedded in a flexible pad or wrap placed against the patient’s skin, allowing precise temperature regulation between 4°C and 42°C depending on the clinical requirement. Evaporative cooling blankets use moisture-wicking fabrics combined with airflow to accelerate surface heat dissipation. Phase-change material blankets embed paraffin-based compounds within the fabric that absorb body heat as they melt, providing passive cooling for a defined duration without requiring external power or water supply.

Circulating water systems connect to a bedside control unit that monitors water inlet and outlet temperatures and adjusts flow rate to maintain a target patient skin temperature. Field versions use insulated reservoir bags with manual flow control for use without electrical infrastructure. Single-use disposable cooling wraps provide immediate short-duration fever management in emergency pre-hospital settings without setup time.

In Pakistan, fever management blankets serve military field hospitals, civilian emergency departments, ICUs managing post-cardiac arrest targeted temperature protocols, and disaster response medical teams treating heat stroke casualties during summer operations in Sindh and Punjab where ambient temperatures regularly exceed 45°C.

Tactical Supply Pakistan supplies hypothermia blankets for fever and hyperthermia management for military medical units, hospitals, and emergency response teams across Pakistan.