Why use Stainless Steel Sensor

Release time:

2022-10-19

There are many types of materials used to design Stainless Steel sensors, in various applications, stainless steel material is the most reliable and durable one. Piezoresistive Stainless Steel Sensors are all stainless steel construction without o-ring seals.

1. High tensile strength. In hydraulic applications where pressure overload is relatively high, Stainless Steel sensors can withstand high-pressure cycles without operational damage.
2. Durability and hardness. Stainless Steel Sensors need to withstand extreme shocks for high reliability and durability in harsh environments. The all-stainless steel design is ideal for applications where these high toughness requirements are required.
3. Corrosion resistance. For most liquids and gases, Stainless Steel Sensor provides excellent protection against short-term and long-term corrosion due to a natural surface layer formed by a self-passivization process. Welded Seal The all-welded mechanical assembly provides high-pressure seal integrity for very high-pressure and vacuum measurement applications over many pressure and temperature cycles.
4. Clean and high purity. In the food, beverage, and pharmaceutical industries, stainless steel is the material of choice. Thanks to its highly polished surface it is easy to clean and stops bacterial growth. Another benefit is that all of the Stainless Steel Sensor's mechanical parts are exposed on the surface and can be soldered together, so there are no gaps to attract media residual contamination.
Through the above introduction and analysis of Why use Stainless Steel Sensor, hope it helps you.