304 Stainless Steel Tube Sensor Temperature Sensor Thin Walled

304 stainless steel tube sensor temperature sensor thin-walled tube sensor.

Product Description

This product is a high-performance Temperature Sensor engineered from premium 304 or 316L Stainless Steel pipe or housing. It is specifically designed for applications demanding exceptional corrosion resistance, durability, and reliability in harsh environments. The key differentiator is its capability for custom non-standard shapes, allowing for perfect integration into complex or space-constrained systems where off-the-shelf sensors are not suitable.

Product Attribute	Description
Core Product	Temperature Sensor (e.g., RTD, Thermocouple, Thermistor)
Primary Material	304 or 316L Stainless Steel Pipe / Sheath
Key Feature	Fully Customizable Non-Standard Shapes & Dimensions
Target Applications	Chemical Processing, Pharmaceutical, Food & Beverage, Semiconductor, HVAC, Power Generation, Marine, and Specialized OEM Machinery.
General Benefits	Excellent corrosion resistance, high-temperature tolerance, robust mechanical strength, and long-term stability.

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Product Technical Parameters

The following parameters are typical and can be adjusted based on the specific custom requirements.

Parameter Category	Specification	Notes
Sensor Material Options	304 Stainless Steel: Good general corrosion resistance. 316L Stainless Steel: Superior corrosion resistance, especially against chlorides and acids.	Material selection depends on the application media.
Sheath/Pipe Diameter	Customizable (e.g., from 3mm to 25mm or larger)	Diameter is tailored to fit the installation space and thermal response needs.
Sheath/Pipe Length	Fully Customizable	Designed to meet the exact immersion length requirement.
Bending & Shape	Custom bends, coils, flanges, threads, or complex geometries.	CAD drawings can be used to define precise shapes for direct fit.
Temperature Range	Standard Range: -50°C to +500°C (-58°F to +932°F) Extended Range: Depending on sensor type and fill material, can be higher.	The actual range depends on the internal sensing element and assembly.
Pressure Rating	Varies with sheath diameter, wall thickness, and material.	Designed to withstand the system's operating pressure.
Electrical Connection	Customizable (e.g., Terminal Head, Connector, Cable Exit, Flying Leads).	Chosen for environmental protection (IP rating) and ease of installation.
Accuracy / Class	Depends on the sensing element (e.g., RTD Class A, B; Thermocouple Standard or Special Limits).	Specified according to application precision requirements.

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Product Customization Advantages

The ability to create a non-standard shape provides significant benefits over using a standard, straight sensor.

Advantage	Description
Perfect System Integration	The sensor can be designed to fit precisely into complex assemblies, avoiding interference with other components and eliminating the need for awkward adaptations.
Optimized Performance	Custom shapes ensure the sensing tip is positioned in the exact optimal location for accurate temperature measurement of the media (liquid, gas, or surface).
Space Efficiency	Ideal for compact equipment where a standard sensor would not fit. Bends and coils can be designed to maximize surface contact or length within a confined space.
Enhanced Durability	A custom-shaped sensor can be designed to minimize stress points and vibrations, leading to improved mechanical longevity and reliability.
Simplified Installation	Pre-formed shapes with specific mounting features (like flanges or brackets) can drastically reduce installation time and complexity, lowering overall costs.
Material Flexibility	The choice between 304 and 316L stainless steel allows for cost-effective solutions or maximum corrosion resistance, tailored to the specific environmental conditions.
Solution for Unique Problems	Provides an engineered solution for applications where no standard sensor exists, enabling innovation and functionality in specialized machinery and processes.

Dongguan Yue Lin Sen Metal Technology Co., Ltd. has passed the GB/T 19001-2016/ISO 9001:2015 quality management system certification and the GB/T 42061-2022/ISO 13485:2016 medical device quality management system certification. It specializes in the research and production of non-standard metal medical instrument precision parts as its main machining metal products. The company owns dozens of high-precision engraving lathes and CNC equipment, as well as a 100,000-grade dust-free workshop for medical accessory processing. This includes CNC lathes, precision milling, lathe-milling compound machines, and spindle machines for processing long-axis medical devices. Precision laser cutting of stainless steel capillary tubes for medical snake bone products, stainless steel thin-walled tubes, and capillary tubes, including secondary processing such as capillary tube tapering, capping, bending, and stamping. Main materials include stainless steel capillary tubes, titanium alloy, copper, aluminum, plastic, and alloy metals for non-standard processing and customization. Widely used in electronics, electrical appliances, medical instruments, automotive parts, transportation, and other industries. The company has gained industry recognition with its commitment to 'quality first, honest operation,' focusing on prototype and bulk production of non-standard parts, supporting custom designs from provided drawings and samples. The process is stable and efficient, integrating trade and manufacturing for quick delivery, ensuring quality with craftsmanship spirit, offering great value without intermediaries. The company adheres to a customer-first, quality-first, continuous improvement, and win-win cooperation business philosophy, providing reliable after-sales service.