NTC Temperature Sensor：Precision Cooling, Reliable Performance

NTC Temperature Sensor represents a new generation of high-accuracy thermal detection technology, engineered for refrigeration, air conditioning, and temperature-controlled systems that demand precision and durability. Built with a copper tube encapsulation, this sensor ensures superior heat transfer, excellent mechanical protection, and stable operation in challenging environments.

Product Overview

The Copper Tube 10K 3435 1% NTC Temperature Sensor from Minsing is specifically designed for refrigerators and cooling systems requiring consistent temperature monitoring and fast thermal response. The sensor integrates a 10KΩ ±1% thermistor with a B value of 3435K, delivering high-precision temperature measurement across a wide operating range.

Encased in a high-conductivity copper tube, the sensor offers exceptional protection against environmental influences such as humidity, vibration, and mechanical stress. Its compact and streamlined design makes it ideal for modern appliance integration, ensuring both functional excellence and a clean installation appearance.


 

Key Features

1. High Accuracy and Sensitivity
Equipped with a 10KΩ ±1% resistance and a B value of 3435K, the Minsing NTC sensor delivers precise and repeatable temperature readings, ensuring reliable performance in sensitive thermal control applications.

2. Fast Thermal Response
The copper tube structure enhances heat transfer efficiency, allowing the sensor to respond rapidly to temperature fluctuations. This feature is crucial for maintaining consistent cooling cycles and preventing thermal lag in refrigeration systems.

3. Wide Operating Temperature Range
Designed to perform under both low and high-temperature conditions, the Minsing NTC sensor operates stably across diverse environments — from deep freeze to elevated ambient temperatures—without compromising accuracy.

4. Excellent Stability and Long-Term Reliability
Engineered for continuous operation, this sensor maintains stable resistance characteristics and consistent measurement accuracy over extended service life, making it suitable for demanding industrial and commercial applications.

5. Durable Copper Tube Protection
The copper housing not only ensures outstanding thermal conductivity but also provides strong mechanical protection against impact and corrosion. This design enhances sensor longevity even in humid or corrosive conditions commonly found in cooling systems.

6. Compact and Neat Appearance
With its streamlined construction and compact dimensions, the sensor can be easily installed in confined spaces. Its neat design supports clean integration into modern appliance layouts.


 

Typical Applications

The Minsing Copper Tube NTC Temperature Sensor is widely used in:
Refrigerators and Freezers: For precise temperature control and energy efficiency.
Air Conditioners: Ensuring stable operation and optimal cooling performance.
Commercial Cooling Systems: Used in chillers, display coolers, and beverage dispensers.
Temperature-Controlled Cabinets: For medical or laboratory refrigeration units.
Heat Pumps and HVAC Equipment: Supporting accurate feedback control in thermal systems.

With deep expertise in NTC thermistor technology, Minsing is dedicated to delivering high-performance, customizable temperature sensing solutions trusted by global appliance manufacturers. Every sensor undergoes strict quality inspection to ensure consistent accuracy, long-term stability, and mechanical durability.
 

Minsing provides

Comprehensive customization for resistance, B value, and cable configuration.
Advanced production technology ensuring high consistency across batches.
Strong R&D capability for tailored sensing solutions.
Reliable supply chain and responsive technical support for OEM and ODM projects.
 

Conclusion

The Minsing Copper Tube 10K 3435 1% NTC Temperature Sensor combines high precision, fast response, and durable protection to meet the demanding requirements of modern refrigeration and cooling systems. With its superior copper housing and stable thermistor design, it ensures accurate thermal monitoring and long service life—making it the ideal choice for manufacturers seeking performance, reliability, and integration flexibility.