A heavy-duty, bright-yellow privacy blanket used to cover patients and/or equipment during recovery and transport. It is also ideal for identifying patients and accident victims.
A heavy-duty, bright-yellow privacy blanket used to cover patients and/or equipment during recovery and transport. It is also ideal for identifying patients and accident victims.
A simple solution to hypothermia that utilizes NASA-pioneered science instead of electricity. Reflects a patient's endogenous radiant heat, banking it in the body's core, while preventing convective heat loss (wind chill).
A simple solution to hypothermia that utilizes NASA-pioneered science instead of electricity. Reflects a patient's endogenous radiant heat, banking it in the body's core, while preventing convective heat loss (wind chill).
A simple solution to hypothermia that utilizes NASA-pioneered science instead of electricity. Reflects a patient's endogenous radiant heat, banking it in the body's core, while preventing convective heat loss (wind chill).
A simple solution to hypothermia that utilizes NASA-pioneered science instead of electricity. Reflects a patient's endogenous radiant heat, banking it in the body's core, while preventing convective heat loss (wind chill).
A simple solution to hypothermia that utilizes NASA-pioneered science instead of electricity. Reflects a patient's endogenous radiant heat, banking it in the body's core, while preventing convective heat loss (wind chill).
A simple solution to hypothermia that utilizes NASA-pioneered science instead of electricity. Reflects a patient's endogenous radiant heat, banking it in the body's core, while preventing convective heat loss (wind chill).