Prepare to be amazed by our Revolutionary Technological Breakthrough! Dive into the Refreshing, Consistent Chill that stays at an invigorating 18 ºC. Experience a whole new level of cooling comfort like never before!
With nearly a decade of unwavering dedication, Qingdao Dmd Medical Technology Co., Ltd. embarks on a remarkable journey, exploring thousands of raw materials to achieve a monumental triumph in constant temperature black technology. Our pioneering product portfolio features groundbreaking innovations such as constant temperature ice packs, insulin storage cups, hot compress bags, and eye bags, all meticulously crafted to stabilize temperatures ranging from -20 °C to -50 °C. This revolutionary achievement sets an unprecedented industry standard, redefining the limits of temperature stability and control.
For children experiencing colds and fevers below 38.5 ºC, healthcare professionals frequently recommend effective physical cooling techniques. Common methods include the application of a cold towel on the forehead or gently wiping the back and armpits with tepid water. Despite their effectiveness, many parents face challenges in executing these scientific cooling techniques with precision.
Baby skin is delicate and prone to frostbite at temperatures below 10 ºC, while a range of 10-15 ºC may cause stinging and discomfort. Thus, the temperature of 18 ºC emerges as the ideal threshold for physical cooling. This temperature is remarkably mirrored in hospital intensive care units' brain protection equipment, underscoring its therapeutic efficacy and reinforcing its role in optimal care.
In 1987, Busto introduced the concept of mild hypothermia brain protection, emphasizing a surface temperature of 30 ºC -35 ºC and an external cold compress of 18 ºC -20 ºC. This pioneering approach is rekindling interest within the medical community, capturing the spotlight once more. In today's clinical settings, brain cooling devices play an instrumental role in reducing intracranial pressure, alleviating brain edema, safeguarding damaged neurons, and minimizing complications and aftereffects of ischemic hypoxic encephalopathy. The focus on sophisticated low-temperature therapy continues to propel advancements in patient care.
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