Industry News

To select the right thermistor for your DIY project, you first need to understand the fundamental differences between NTC and PTC types. The resistance value of NTC thermistors decreases with

Among the numerous precision components of a smart toilet seat, the NTC temperature sensor serves as the very “heart” of the entire temperature control system. As the core component of

Photovoltaic power stations are typically constructed in open outdoor areas. During thunderstorms or during grid startup/stop operations, instantaneous high-voltage surges can occur, making the internal power chips and main control

For industrial equipment, home appliances, new energy batteries, and IoT devices requiring stable temperature control, a mature thermistor-based temperature sensing circuit is essential. The market primarily offers two types of

In 2026, the energy storage industry entered a phase of large-scale expansion. Industry data indicates that China’s newly installed capacity for advanced energy storage systems is projected to reach 35

In battery packs used in new energy vehicles and energy storage power stations, the Battery Management System (BMS) serves as the core component for battery safety control. It employs NTC

Following the explosive growth of the new energy sector, demand for thermistors—as core sensing components for battery temperature control and overheat protection in power devices—has surged dramatically. To cut material

Those responsible for hardware R&D, procurement, and equipment manufacturing are well aware that thermistors are fundamental components for temperature measurement, current limiting, and overheat protection—essential in everything from home appliance

As industries such as industrial automation and smart homes experience rapid development, the shortcomings of traditional temperature sensors—slow response times and insufficient accuracy—are becoming increasingly evident. The next-generation temperature measurement

In flammable and explosive environments such as those involving petroleum, chemicals, or natural gas, electrical sparks generated by conventional temperature sensors pose significant safety hazards. The explosion-proof certified temperature sensor

In hardware design applications such as circuit temperature compensation, surge suppression, and temperature sampling, thermistors are indispensable fundamental components. However, many engineers face a common challenge: thermistor parameters are highly

In small appliance repair, the thermistor is the core component responsible for temperature sensing and overheat protection; its operational status directly determines whether the device can function properly. Whether professional

In industrial production, food processing, smart agriculture, water treatment, and outdoor monitoring applications, operating conditions often involve high humidity, high-pressure spraying, or even complete submersion. When ordinary sensors are exposed

In fields such as biomedicine, cold chain logistics, aerospace, and cryogenic research, equipment often needs to operate under temperatures ranging from several tens of degrees below zero or even ultra-low

With the widespread adoption of new energy electric vehicles, household slow-charging stations and public fast-charging stations are now ubiquitous, making charging safety a top priority for automakers, equipment manufacturers, and

Modern mobile phone fast-charging technology has evolved rapidly, with charging power increasing from the initial 18W to 120W, and high-power solutions of 240W are now entering the market. High-current charging

In modern industrial automated production lines, the PLC (Programmable Logic Controller) serves as the core brain of the entire control system, handling logical operations, process control, and data exchange. For

In industries such as industrial automation, smart manufacturing, cold chain logistics, and HVAC/medical applications, temperature sensors serve as the core sensing components for process control of equipment. Any occurrence of