2026-10-27
Over the past few years, discussions around domestic sensor substitution have followed a clear trajectory: domestic complete systems aim to match imported counterparts, demonstrating their superiority in accuracy, stability, and reliability under extreme operating conditions.
2026-10-21
In the high-end sensor industry chain, the sensing chip is truly the “heart.” However, in demanding applications involving high temperature, high pressure, and heavy loads, this critical component has long been dominated by imported brands. With a growing awareness of supply-chain security, finding a domestically produced core sensing chip that can genuinely match the standards of leading international players—offering high reliability and extended service life—has become an urgent necessity for numerous domestic sensor manufacturers.
2026-10-14
When it comes to “domestic substitution,” many people’s first impression is “cost‑effectiveness” or “brand loyalty.” But in high‑end industrial sectors like oil and petrochemicals, nuclear power, and rail transit, customers’ decision‑making logic is exactly the opposite: no one will compromise on standards just because something is “made in China.” The three questions they always ask first are: Is the precision sufficient? Is the stability reliable? And can it withstand extreme operating conditions?
2026-10-10
Sensor accuracy drifts, and stability is poor; many people overlook this when selecting a sensor.
Anyone in the industrial measurement and control field knows that when customers complain about “insufficient accuracy” and “poor stability,” it’s often not because the sensor is inherently flawed right out of the box—quite the opposite: at first installation, the data looks perfect, but after a few months of operation and several thermal cycling cycles, the issues gradually surface.
2026-08-26
From the steam‑distribution networks of thermal power plants to the primary circuit of nuclear reactor cores, and on to the sprawling network of substations—power systems, as the lifeblood of the national economy, must operate safely and efficiently to safeguard both the nation’s economic well‑being and the public’s livelihood. Behind this vast and intricate energy infrastructure, pressure sensors serve as indispensable “guardians.”
2026-08-18
In August 2026, the sensor industry received a major breakthrough. A domestic research team achieved significant progress in silicon carbide sensing, developing an all‑SiC monolithic MEMS pressure sensor that has surpassed key laboratory milestones at temperatures exceeding 500°C and successfully demonstrated its performance under extreme high‑temperature conditions—marking a pioneering advance in high‑temperature sensing technology.
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