In the golden month of September, the attention of the sensor industry will once again converge on Shanghai. The 2026 China (Shanghai) International Sensor Technology and Application Exhibition (SENSOR CHINA) will be held from September 16 to 18 at the Shanghai Convention & Exhibition Center of International Sourcing. Wuxi Haobang High-TechCo., Ltd. will make a brilliant appearance at Booth 2E052, and sincerely invites new and old customers and industry partners to visit and exchange ideas. SENSOR CHINA is an important professional exhibition in the global sensor field, bringing together numerous industry enterprises, technical experts, and procurement customers. It is an important platform for exchanging trends, connecting business opportunities, and expanding cooperation. For Haobang High-Tech, participating in the exhibition is not only a display of the company's image, but also a valuable opportunity to get closer to customers, listen to their needs, and deepen cooperation. During the exhibition the Haobang High-Techteam will be waiting at Booth 2E052 throughout the event. Whether you are an old friend or a new partner, you are welcome to come to the booth, sit down, and have a chat. You can learn about Haobang High-Tech's ...
SENSOR CHINA 2026, one of the world’s three major sensor exhibitions, will be held at the Shanghai International Sourcing & Procurement Exhibition Center from September 16 to 18, 2026. The event gathers over 600 global industrial‑chain brands, hosts more than 20 concurrent forums, and premieres thousands of new sensing products, serving as one of China’s most high‑end professional platforms for the sensor industry. At this grand industrial gala covering “from a single sensing element to a complete industrial solution”, HBGK will showcase its full‑chain capabilities in MEMS sensing and precision manufacturing. We look forward to meeting you in person to discuss technologies, demonstrate samples and explore cooperation opportunities. Haobang High Tech invites you to attend: SENSOR CHINA Expo & Conference Booth Number: 2E052 Exhibition Date: September 16‑18, 2026 Exhibition location: Shanghai Exhibition Hall Name: Shanghai International Sourcing & Procurement Exhibition Center Autumn graces Shanghai with a wave of sensing innovation. From September 16 to 18, HBGK awaits your visit at Booth 2E052, Shanghai International Sourcing & Procurement Exhibition Center. Scan the cod...
In the early summer, the lotus town of Jinhu welcomed an industry grand event! From May 11th to May 12th, 2026, the Yangtze River Delta (Jiangsu Jinhu) International Intelligent Instrument Industry Expo was grandly held. As a highly anticipated professional exhibition in the Yangtze River Delta instrument circle, the event gathered numerous industry manufacturers, technical experts, and purchasing clients. Together, they exchanged new technologies, connected on new business opportunities, and jointly planned for new industry development. Wuxi Haobang High-Tech also appeared at this exhibition with full sincerity, promoting industrial-grade pressure transmitters. Through face-to-face communication with new and old customers, Haobang showcased its product strength and customized services on-site, gaining considerable attention and recognition. At this exhibition, Haobang brought a brand-new upgraded industrial pressure transmitter. The product adopts MEMS diffused silicon technology, featuring high sensitivity, good stability, low temperature drift, and precise measurement. It is durable and reliable even in various complex industrial environments. Whether in petroleum, chemical, metallurgy, electric power, or pharmaceutical, water treatment, new energy, and other industries, H...
1. What Is an Industrial Pressure Transmitter, and Why Is It Irreplaceable? In industrial fields such as chemical, petroleum, water treatment, HVAC, and pharmaceutical, pressure is one of the most fundamental and critical process parameters. The role of a pressure transmitter is to convert the real on-site pressure signal into a standardized electrical signal (most commonly 4–20 mA, often overlaid with the HART digital protocol) for direct reading and closed-loop regulation by control systems such as PLC, DCS, and SCADA. Compared with ordinary pressure sensors (bare die / modules), the core value of a pressure transmitter lies in its engineering-grade packaging built for industrial sites — stainless-steel housing, standard process connections, electrical connectors, explosion-proof / ingress-protection ratings, and long-term stability. It bridges the gap between 'the sensor can measure' and 'reliable, maintainable, and integrable under real industrial field conditions.' Core advantages of the HBGK HBYB series: Feature Value / Description Customer Value High sensitivity 18–25 mV/V Strong output signal; secondary instruments easily reject interference and no...
1. Automotive Lighting Electronics: From "Illuminating the Road" to "Smart Interaction" Vehicle lights are no longer merely safety components. With the proliferation of matrix headlights, ADB (Adaptive Driving Beam) adaptive high beams, full-width taillights, ambient lighting, illuminated logos, and touch-controlled reading lights, automotive lighting is evolving toward "light interaction," underpinned by the integration of substantial LED driving, control, communication, and touch-control PCBA modules. This raises higher requirements for manufacturing partners: light-pattern precision, long-term reliability, automotive-grade compliance, and rapid iteration. Leveraging years of automotive-grade manufacturing experience and flexible production lines, HBGK has established lighting electronics as one of the key segments of its automotive electronics business. 2. HBGK Automotive Lighting PCBA Service Portfolio HBGK's automotive lighting business covers two major directions — "interior and exterior trim lights + headlight electronic control" — and provides one-stop services ranging from PCBA processing to module assembly. 2.1 Interior and Exterior Trim Lights: A Benchmark Validated by Mass Production For inte...
Introduction The key challenge in smart irrigation is not whether to deploy sensors, but which sensor type to deploy at each point in the pipeline network. Main lines require wide measurement ranges with surge withstand capability; drip-irrigation branches demand micro-pressure sensitivity; and leak detection systems need long-term stability with low noise. Agriculture accounts for approximately 70% of global freshwater withdrawals, yet traditional flood irrigation achieves water-use efficiency below 40%. Precision irrigation—which dynamically adjusts flow rates based on soil moisture, weather data, and real-time pipeline pressure—can raise efficiency above 80%. The foundation of precision irrigation is precision sensing, and the most fundamental, most widely deployed sensor in that sensing layer is the pressure sensor. 1. Three-Tier Pressure Monitoring Architecture A typical agricultural irrigation network follows a tree topology: Water Source → Main Pipe → Branch Pipe → Drip / Sprinkler Endpoint. Each position places fundamentally different demands on the pressure sensor; using a single model across all locations is neither cost-effective nor technically sound. Table 1: Three-Tier Pressure Monitoring Architecture Tier ...
Silicon microphone sensors, often referred to as MEMS microphones, are miniature pressure-sensing devices manufactured based on micro-electromechanical systems technology. With their compact size, high precision, and excellent stability, they have become indispensable components in modern electronic devices, widely used in consumer electronics such as smartphones, laptops, and smart speakers. In terms of core functionality, silicon microphone sensors convert sound vibrations into electrical signals, enabling efficient acoustic energy collection and transmission. This process is not only highly responsive but also provides a stable and reliable data foundation for subsequent audio processing, ensuring the authenticity and clarity of sound reproduction. In recent years, with the rapid development of the e-cigarette industry, silicon microphone sensors have demonstrated unique application value in this field. They are used to real-time monitor and adjust airflow pressure changes during smoking, thereby precisely controlling the output and stability of smoke. By sensing the subtle fluctuations in the user's inhalation, silicon microphone sensors can instantly adjust the device's working status, ensuring each puff of smoke is uniform and smooth, significantly enhancing the na...
In industrial automation, environmental monitoring, and even routine production management, the precise measurement of the level of liquid or solid materials within a vessel is crucial for ensuring process safety, efficiency, and controllability. This vital task is performed by "liquid level/material level sensors." Acting as the "eyes" of the process, these sensors monitor material inventory and fluctuations in real time; their selection and application directly impact the performance and reliability of the entire system. This article provides an accessible overview of mainstream liquid and material level sensors, their fundamental operating principles, and their key applications across various industries, helping you gain a comprehensive understanding of this field. Main Types and Working Principles of Level Sensors Level sensors come in various designs, aiming to meet different media, environmental, and accuracy requirements. Here are the essential working principles of several mainstream types: 1. Float Type Level Sensor This is a classic and cost-effective solution. Its core is a float that moves up and down with the liquid level. By detecting the float's position through mechanical or magnetic means, the liquid level height can be dir...
Gas sensors, as indispensable electronic devices in modern industry, environmental monitoring, and even daily life, have the core function of accurately detecting and measuring the concentration of specific gases. They act as the olfactory organs of the environment, silently safeguarding production safety, environmental quality, and life and health. This article will explain the key application areas of gas sensors and their underlying core technical principles in a simple and in-depth manner. Core Application Scenarios of Gas Sensors The applications of gas sensors have permeated all aspects of social operation, and their main value is reflected in the following key areas: Firstly, in the industrial safety field, especially in high-risk industries such as coal mining, petrochemicals, and natural gas stations, gas sensors play the role of safety sentinels. They continuously monitor the concentrations of combustible gases (such as methane, hydrogen), toxic gases (such as hydrogen sulfide, carbon monoxide), and various volatile organic pollutants in the working environment. Once the concentration exceeds the standard, the system can issue an alarm in a timely manner, thereby effectively preventing fire, explosion, and personnel poisoning accidents, and serving as the firs...
