What losses will affect the use of silicone rubber heaters?

During the use of silicone rubber heaters, some losses are inevitable, but there are some ways to reduce these losses and extend their service life. The following are some losses that may affect the use of silicone rubber heaters:
Resistance loss: The resistance of silicone rubber heaters increases with the increase of temperature, resulting in power loss. To reduce this loss, you can choose low-resistance materials or increase the cross-sectional area of ​​the heater.
Heat radiation loss: Silicone rubber heaters generate heat when working, part of which will be dissipated into the surrounding environment in the form of thermal radiation. To reduce this loss, reflective materials can be used to reduce heat loss or increase the thermal insulation of the heater.
Mechanical loss: Silicone rubber heaters are subject to mechanical stresses such as bending, stretching, and compression when working. These mechanical stresses will cause the resistance of the heater to increase, thereby increasing power loss. To reduce this loss, you can choose materials with good mechanical strength or increase the thickness and strength of the heater.
Chemical loss: Silicone rubber heaters are eroded by chemicals such as acids, alkalis, and salts when working. These chemicals will cause the resistance of the heater to increase, thereby increasing power loss. To reduce this loss, you can choose materials with good chemical stability or avoid contact with chemicals during use.
In short, in order to extend the service life of silicone rubber heaters, some measures need to be taken to reduce these losses. At the same time, you also need to pay attention to safety during use to avoid accidents such as fire.