Unveiling a revolutionary leap in technology with our cutting-edge constant temperature of 18 ºC, offering unparalleled precision and consistency.
After an exhaustive and meticulous decade-long journey, involving the careful selection of nearly a thousand different raw materials, Qingdao Dmd Medical Technology Co., Ltd. stands proud with a groundbreaking achievement in 'constant temperature black technology.' This historic innovation has brought forth a suite of advanced products including constant temperature ice bags, insulin storage cups, constant temperature hot compress bags, and constant temperature eye bags. These marvels maintain precise temperatures ranging from -20 °C to -50 °C, setting a new standard in the industry and revolutionizing applications across various sectors.
In instances where children experience colds and fevers, with body temperatures not surpassing 38.5 ºC, medical professionals typically advocate for physical cooling methods. Among the common practices are the application of cold towels or wiping the back and armpits with warm water. However, many parents struggle to perfect these scientific cooling techniques, highlighting the need for better solutions.
It's crucial to note that baby skin is susceptible to frostbite at temperatures below 10 ºC, and between 10-15 ºC, it may cause a stinging sensation and discomfort. At 18 ºC, we find the ideal temperature for physical cooling, aligning with hospital ICU standards where equipment for brain protection is calibrated to this precise temperature, ensuring both safety and effectiveness.
The concept of mild hypothermia brain protection, first introduced by Busto in 1987, identifies a critical range with body surface temperatures between 30 ºC - 35 ºC and external cold compress devices set at 18 ºC - 20 ºC. This pioneering research has reignited interest in low-temperature therapies within the medical community. Presently, brain cooling technologies are employed to manage intracranial pressure, mitigate brain edema, safeguard neurons, and reduce the adverse effects and long-term consequences of ischemic hypoxic encephalopathy, illustrating the profound impact of our constant temperature innovations.