english 
Stainless steel pneumatic actuators have
specific temperature limits that significantly impact their performance and
lifespan.
Regarding high - temperature resistance,
many stainless - steel actuators can endure elevated temperatures up to around
400 - 600°C, depending on the alloy type. At these temperatures, the material
retains its strength and corrosion resistance, allowing the actuator to operate
reliably in applications like industrial furnaces or exhaust systems. However,
exceeding this range may cause the stainless steel to lose its mechanical
properties, leading to deformation or failure of internal components.
On the low - temperature side, stainless
steel generally performs well in cold environments down to approximately
-200°C. Its ductility and toughness enable the actuator to withstand freezing
conditions without brittleness - induced cracks. This makes it suitable for
cryogenic applications, such as liquefied gas handling. But when the
temperature drops below the limit, the material's flexibility reduces,
increasing the risk of seal failures and restricted movement of the actuator.
Understanding these temperature limits is crucial for proper selection and
operation, ensuring that stainless steel pneumatic actuators maintain optimal
functionality across diverse temperature - demanding applications.
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