SUS316 Humidity Sensor Housing For Sensor Probe

Product Details

SUS316 Humidity Sensor Housing For Sensor Probe

https://www.toptitech.com/microporous-filter-components/sus316-humidity-sensor-housing-for-sensor.html

The SUS316 humidity sensor housing for sensor probe offers exceptional reliability and durability, making it an ideal solution for safeguarding sensor probes in industrial or harsh environments. Constructed from sintered 316L powder material, this housing features a stainless steel shell that excels in gas permeability and high temperature resistance. Unlike traditional copper or nickel particle shells, the stainless steel construction of the SUS316 humidity sensor housing ensures long-lasting performance and precise humidity measurements, making it the top choice for demanding applications.

Standout features of the SUS316 humidity sensor housing include its outstanding gas permeability and extended service life. The sintered stainless steel shell allows seamless gas transmission, enabling accurate humidity measurements even in challenging environments. Additionally, the SUS316 housing exhibits exceptional resistance to high temperatures and corrosion, providing unparalleled protection for the sensor probe and ensuring a prolonged lifespan.

Parameter

Material: stainless steel 316L

Size: customized

Pore size: 5-100um

Thread interface: M6, M8, M10,M11 and others (customized is available)

Features

High Mechanical Strength for Enhanced Durability

The SUS316 humidity sensor housing for sensor probe boasts exceptional mechanical strength, ensuring unparalleled durability and long-lasting performance. Its robust construction can withstand demanding environments, making it highly reliable for protecting sensor probes in industrial or harsh conditions.

Good Rigidity for Reliable Protection

With excellent rigidity, the SUS316 humidity sensor housing offers reliable protection for sensor probes. Its sturdy structure helps shield the sensor from external impact or potential damage, ensuring accurate and consistent humidity measurements even in challenging applications.

Oxidation Resistance for Longevity

Designed with exceptional oxidation resistance, the SUS316 humidity sensor housing effectively prevents the formation of rust or corrosion. This feature ensures a prolonged service life, even in environments with high humidity or exposure to corrosive substances.

Corrosion Resistance for Reliable Performance

The SUS316 humidity sensor housing is highly resistant to corrosion, making it an ideal choice for harsh environments. It can withstand the corrosive effects of moisture, chemicals, and other substances, ensuring the integrity and reliability of the sensor probe over an extended period.

No Need for Additional Skeleton Support Protection for Easy Installation

The SUS316 humidity sensor housing eliminates the requirement for additional skeleton support. This simplifies the installation process, reducing complexity and saving time. The housing's self-supporting structure ensures a hassle-free and efficient installation experience.

Easy Maintenance and Exemplary Assembly for Convenience

Designed for ease of use, the SUS316 humidity sensor housing allows for straightforward maintenance and assembly. Its user-friendly design facilitates quick and convenient access to the sensor probe for cleaning, calibration, or replacement, ensuring seamless operation and minimal downtime.

What is the sensor probe?

A sensor probe, also known as a sensing probe or sensor element, is a component of a sensor that is specifically designed to detect and measure a particular physical quantity or environmental parameter. It is the part of the sensor that comes into direct contact with the target substance or environment to gather data or information.

The sensor probe is responsible for converting the physical or chemical stimulus it encounters into an electrical signal that can be processed and interpreted by the sensor or connected systems. The design and composition of the sensor probe vary depending on the type of sensor and the parameter it is intended to measure. For example, in a humidity sensor, the sensor probe would be designed to detect and measure humidity levels in the surrounding environment.

The sensor probe typically consists of sensitive materials, such as conductive elements, semiconductors, or other substances that exhibit specific properties when exposed to the target stimulus. It is crucial for accurate and reliable sensing, as the quality and characteristics of the sensor probe directly impact the performance and accuracy of the overall sensor system.