Name: SUS316 Humidity Sensor Housing For Sensor Probe Manufacturer Customized Suppliers, Manufacturers - Free Sample - TOPTITECH Metal Materials
Brand: TOPTITECH
SKU: 219298928

TOPTITECH's SUS316 Humidity Sensor Housing for Sensor Probe stands out as a premier choice for safeguarding sensor probes in challenging industrial environments. Crafted from sintered 316L powder material, this housing boasts a stainless steel shell known for its exceptional gas permeability and resistance to high temperatures. Unlike conventional copper or nickel particle shells, the SUS316 housing ensures enduring performance and precise humidity measurements, making it a top-tier solution for demanding applications.

Distinguished by its superior gas permeability and extended durability, the SUS316 Humidity Sensor Housing excels in facilitating seamless gas transmission for accurate humidity readings under harsh conditions. With outstanding resistance to high temperatures and corrosion, this housing offers unmatched protection for sensor probes, ensuring prolonged service life and reliable performance in the most demanding settings.

Products Parameters

Material	stainless steel 316
Pore size	5-100um
Size	customized
Thread interface	M6, M8, M10,M11 and others (customized is available)

Products Features

Boasting Exceptional Mechanical Resilience for Extended Endurance

The SUS316 humidity sensor housing for sensor probe impresses with its outstanding mechanical strength, ensuring unparalleled durability and sustained high performance. Its robust build is designed to endure the rigors of demanding environments, making it a highly dependable choice for safeguarding sensor probes in industrial or challenging conditions.

Offering Superior Rigidity for Dependable Sensor Protection Characterized by excellent rigidity, the SUS316 humidity sensor housing provides reliable protection for sensor probes. Its solid framework serves as a shield against external impacts and potential damages, guaranteeing precise and consistent humidity measurements even in the most demanding applications.

Engineered for Exceptional Oxidation Resistance and Longevity

The SUS316 humidity sensor housing is meticulously crafted with exceptional oxidation resistance properties, effectively warding off rust and corrosion formation. This design feature ensures an extended lifespan, particularly in environments characterized by high humidity levels or exposure to corrosive elements.

Demonstrating Remarkable Corrosion Resistance for Consistent Performance

Highly resistant to corrosion, the SUS316 humidity sensor housing emerges as an optimal selection for harsh environments. It demonstrates exceptional resilience against the corrosive effects of moisture, chemicals, and various substances, thereby upholding the integrity and dependability of the sensor probe over an extended operational period.

What is the sensor probe?

Temperature-and-humidity-sensor-probe-DSC-3275

A crucial component of sensors, the sensor probe-also referred to as a sensing probe or sensor element-is meticulously designed to detect and quantify specific physical quantities or environmental parameters. Positioned to directly interact with the target substance or environment, the sensor probe captures essential data for analysis and interpretation.

Integral to the sensor's functionality, the sensor probe plays a pivotal role in converting encountered physical or chemical stimuli into electrical signals, facilitating processing and comprehension by the sensor or interconnected systems. Tailored to the sensor type and intended measurement parameter, the sensor probe's structure and composition are customized accordingly. For instance, in a humidity sensor, the sensor probe is engineered to gauge and record humidity levels within its immediate surroundings.

Typically comprising sensitive materials like conductive elements, semiconductors, or specialized substances responsive to the target stimulus, the sensor probe is fundamental for precise and dependable sensing operations. The sensor probe's quality and attributes directly influence the performance and accuracy of the overall sensor system, underscoring its significance in ensuring reliable data acquisition and interpretation.

FAQ

Q: What material is the housing made of?
A: Sintered 316L stainless steel powder, providing excellent corrosion resistance and high-temperature durability.

Q: What is the pore size range? Can it be customized?
A: Standard pore sizes range from 5 to 100μm. Both dimensions and thread interfaces (M6, M8, M10, M11, or custom) can be tailored to your needs.

Q: What makes this housing better than copper or nickel alternatives?
A: It offers superior gas permeability, better resistance to heat and corrosion, and a significantly longer service life without oxidation-related degradation.

Q: How does it protect the sensor probe?
A: It provides physical protection against mechanical impacts and environmental shielding by blocking dust and liquids while allowing gases to pass through.

Q: Is it corrosion-resistant for harsh environments?
A: Yes. Made of 316L stainless steel with molybdenum, it effectively resists moisture, chemicals, and salt spray.

Q: Does it resist rust and oxidation?
A: Yes. The material naturally prevents rust and oxidation, even in high-humidity or corrosive conditions.

Q: What is a "sensor probe" and why protect it?
A: It is the sensing element that detects physical parameters and converts them into electrical signals. Protecting it ensures accurate measurements and long-term device reliability.

Q: Is it strong enough for industrial vibration and impact?
A: Yes. The sintered stainless steel structure offers high rigidity and strong impact resistance for demanding industrial settings.

Q: Will gas permeability decrease over time?
A: Generally stable. In dusty or oily environments, periodic ultrasonic cleaning or compressed air purging can restore optimal permeability.

Q: How to order custom sizes or threads?
A: Contact TOPTITECH sales with your probe dimensions and installation specifications to request a customized solution.