OEM Sensor Housing

A temperature and humidity sensor housing is used to enclose and protect temperature and humidity sensors. It helps to protect the sensor from physical damage and environmental factors that could affect its accuracy and performance.

There are several types of temperature and humidity sensor housings, including plastic housings, metal housings, and waterproof housings. The type of housing used will depend on the specific requirements of the application and the environment in which the sensor will be used.

Many temperature and humidity sensor housings can be customized to meet the specific needs of an application. Customization options may include the size and shape of the housing, the material used, and the inclusion of additional features such as mounting holes or connectors.

To mount a temperature and humidity sensor in a housing, follow the manufacturer's instructions for the specific sensor and housing being used. In general, the sensor is placed in the housing and secured in place using screws, clips, or other fasteners.

To maintain a temperature and humidity sensor housing, follow the manufacturer's recommendations for cleaning and care. In general, it is important to keep the housing clean and free of debris, and to protect it from physical damage and exposure to harsh environments.

Temperature and humidity sensor housings are available from a variety of retailers, including online stores, scientific equipment suppliers, and electronics stores. You can also find used housings through online marketplaces or specialized equipment dealers. It is important to choose a reputable seller and carefully review the specifications and features of the housing to ensure it meets your needs. If have some special requires for the temperature and humidity sensor housing,
you are welcome to contact HENGKO to OEM special temperature and humidity sensor housing for your monitor project.

A sintered sensor housing is a type of sensor housing made from a porous material that is created by compacting and heating metal or ceramic powders. The resulting material has a high degree of porosity, which allows air and moisture to pass through the material while keeping out particles and other contaminants.

There are several benefits to using a sintered sensor housing for temperature and humidity sensors. These include excellent resistance to corrosion, high thermal stability, and the ability to protect the sensor from contaminants while still allowing for accurate measurement.

Sintered sensor housings can be made from a variety of materials, including stainless steel, ceramics, and titanium. The material used will depend on the specific application and the conditions the sensor will be exposed to.

The porous nature of the sintered material allows air and moisture to pass through while keeping out contaminants like dust, dirt, and other particles that could interfere with the sensor's accuracy. This protection helps to extend the life of the sensor and improve its performance.

Yes, sintered sensor housings are well-suited for use in harsh environments. They are resistant to corrosion, high temperatures, and other conditions that can cause damage to other types of sensor housings.

Sintered sensor housings can be used with a variety of temperature and humidity sensors, including thermistors, RTDs, and capacitive sensors.

The lifespan of a sintered sensor housing will depend on the specific application and conditions the housing is exposed to. However, sintered sensor housings are known for their durability and longevity, and can often last for many years.

Sintered sensor housings can be cleaned using a variety of methods, including ultrasonic cleaning, soaking in a cleaning solution, or blowing air through the pores of the material. The specific cleaning method used will depend on the type of contamination and the material of the housing.

When you select a sintered sensor housing, it's important to consider factors such as the temperature and humidity range of the application, the size and shape of the housing, and the specific sensor that will be used with the housing. Other factors to consider include the material of the housing, the porosity of the material, and any additional features such as mounting options or cable connectors.