Haikang Borui Temperature-Sensing Chip: Four-Domain Empowerment, Ushering in a New Era of One-Stop Precision Temperature Measurement

In today's era of deep integration of digitalization and IoT technologies, temperature monitoring, as a core demand in industries such as industry, agriculture, and healthcare, is undergoing a paradigm shift from single-point detection to full-domain perception. Independently developed by Haikang Borui, the temperature-sensing chip, with its ±0.1℃ medical-grade accuracy, passive RFID technology, and multi-scenario adaptability, has built a one-stop temperature measurement solution covering four major fields—medical care, animal husbandry, cold chain, and power—thus redefining industry standards.

I. Medical-Grade Accuracy: Reshaping Clinical Temperature Monitoring Systems

In medical scenarios, temperature data serves as the "golden indicator" for disease diagnosis and treatment. Haikang Borui's temperature-sensing chip, through ultra-thin flexible design (thickness < 1mm) and passive RFID technology, has created intelligent temperature patches that can be attached to human skin. Its core breakthroughs include:

Subclinical-level accuracy: A ±0.1℃ error margin within the -20℃~65℃ temperature range meets the stringent requirements of ICU intensive care, neonatal temperature management, etc., representing a 67% accuracy improvement compared to traditional NTC thermistors.

Full-process digitalization: The "temperature patch + reader + cloud platform" architecture enables 24/7 automatic upload and visual analysis of temperature data. After application in a top-tier tertiary hospital in Hangzhou, nurses' inspection efficiency has increased by 50%, and the response speed for hospital infection prevention and control has been shortened to seconds.

In-depth scenario adaptation: Compliant with the ISO 80601-2-56 medical device standard, it supports embedded temperature measurement of surgical instruments and full-process traceability of vaccine cold chains, forming a closed loop from clinical diagnosis to drug management.

II. Livestock Health Management: Building a New Intelligent Epidemic Prevention Line

In the field of smart agriculture, Haikang Borui's temperature-sensing chip, through ear-tag labels and AI algorithms, realizes real-time early warning of livestock health status:

Early detection of diseases: After dairy cows wear temperature-sensing ear tags, the system can predict diseases such as mastitis 48 hours in advance by combining temperature fluctuations (e.g., a 0.5℃ increase) with movement data. After application in a 10,000-head pig farm in Beijing, the incidence of diseases has decreased by 30%.

Improved breeding efficiency: Through linked control of temperature and humidity, precise regulation of pig house environments is achieved, shortening the fattening cycle by 5% and increasing feed conversion rate by 8%.

Integration of insurance technology: The "temperature + location" dual-dimensional data model developed in cooperation with Guoren Insurance provides a basis for dynamic risk assessment of livestock insurance, improving claim settlement efficiency by 40%.

III. Cold Chain Logistics: Full-Process Traceability to Safeguard the Quality Lifeline

Addressing the pain point of "broken-point monitoring" in the cold chain industry, Haikang Borui's temperature-sensing chip achieves **penetrating temperature sensing** and **full-chain data closed loop**:

Penetrating monitoring: Temperature-sensing tags integrated with RFID technology can penetrate cargo containers, real-time transmitting data in the wide temperature range of -40℃~125℃, solving the problem of traditional solutions requiring unpacking for detection.

Intelligent early warning system: When the temperature of cold chain vehicles is abnormal, the system synchronously issues alerts through multiple channels such as SMS, APP, and cloud. After application in a fresh food enterprise, the transportation loss rate has dropped from 8% to 3%.

Compliance assurance: Data automatically generates PDF reports, meeting the requirements of international certifications such as FDA and ISO 22000, and helping improve the customs clearance efficiency of cross-border cold chain trade by 20%.

IV. Power Equipment Monitoring: Building an Industrial Safety Firewall

In the power sector, Haikang Borui's temperature-sensing chip, through explosion-proof design and multi-parameter integration, achieves accurate prediction of equipment status:

Adaptation to high-risk environments: The chip supports operation in the wide temperature range of -45℃~70℃, and combined with explosion-proof packaging technology (Ex ic IIC T6 Gc), it can be deployed in scenarios such as substations and switch cabinets.

Intelligent diagnosis system: Through temperature curve analysis and comparison with historical data, hidden dangers such as overheating of transformer windings and aging of cable joints are identified in advance. After application in a power grid company, equipment failure rate has decreased by 40%, and maintenance costs have been reduced by 30%.

Remote operation and maintenance capability: Data is uploaded to the power IoT platform in real time, allowing operation and maintenance personnel to remotely check equipment status via PC or mobile terminals, realizing intelligent management with "fewer on-site staff".

From hospital wards to ranch fences, from cold chain containers to substation rooms, Haikang Borui's temperature-sensing chip, with its high-precision, high-reliability, and high-compatibility technical features, has upgraded temperature monitoring from isolated sensor nodes to an intelligent network of cross-domain collaboration. This innovation not only solves the technical bottlenecks of traditional temperature measurement solutions but also provides underlying support for national strategies such as smart healthcare, digital agriculture, green logistics, and smart grids through ecological integration and data value-added, leading global temperature measurement technology into a new era of "precision perception and intelligent decision-making".