Using exhibitions as a bridge, building momentum for the future | ACCU showcases at the Future Industries New Materials Expo (FINE2026)

2026-06-15

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From June 10 to 12, the 2026 Future Industries New Materials Expo (FINE2026) and the 10th International Carbon Materials Industry Exhibition grandly opened at the Shanghai New International Expo Center. As a dedicated pioneer in precision fluid measurement and control, Beijing Accuflow Technology (abbreviated as “ACCU”) Using the trade show as a window and products and services as the medium, in… Booth A13, Hall N1 Gathering with industry peers to showcase the dynamic synergy of new materials and precision manufacturing. 
 


I. Empowering the Upgrading of the New Materials Industry


The high-quality development of the new materials and semiconductor industries hinges on precision fluid measurement and control systems that deliver high accuracy and exceptional stability. The precision and reliability of fluid‑control performance directly determine the yield of high‑precision manufacturing processes. ACCU Always focusing on high-end manufacturing niche markets, we ground ourselves in the core needs of precision manufacturing applications such as semiconductors, carbon materials, and vacuum equipment, continuously iterating our technologies and products to overcome challenges in precision fluidics. Microflow, high pressure, ultra-low temperature Addressing challenges such as long-term stability and precise measurement and control under complex operating conditions, it provides reliable metrology and control technology support for the R&D of advanced new materials and the mass production of precision equipment. 

II. Precision Measurement and Control Adaptable to Multiple Scenarios


Centering on precision manufacturing scenarios, ACCU The exhibition featured a concentrated display of, including High-precision mass flow controllers and mass flow meters based on the three major principles—Coriolis, thermal, and laminar‑flow differential pressure—as well as a range of popular industrial‑grade precision pressure controllers. We offer differentiated, high-precision fluid measurement and control solutions tailored to diverse media, flow‑rate requirements, and operating conditions—ranging from vacuum to high pressure—providing comprehensive coverage for key application areas such as carbon material synthesis, semiconductor wafer processing, vacuum equipment manufacturing, and the precision synthesis of advanced materials. Balancing equipment stability, measurement accuracy, and application‑specific adaptability, our solutions help enterprises optimize production processes and reduce manufacturing losses. 

III. In-Depth Discussion and Technical Exchange


During the exhibition, numerous procurement and technical teams from domestic new-materials and vacuum-equipment manufacturers visited the booth, carefully reviewed the product brochures, and engaged with… ACCU The team engaged in in-depth discussions, jointly exploring the critical points of fluid measurement and control in precision manufacturing processes. With regard to practical application solutions for semiconductors and precision vacuum equipment, ACCU The team provided a detailed presentation tailored to specific process scenarios, covering everything from technical principles to system integration, thereby demonstrating the company’s deep technical expertise and robust customization capabilities in the field of precision fluid measurement and control. With their professional, precise responses and high‑quality service, the team earned unanimous praise and recognition from customers. 

IV. Leveraging Exhibitions to Build Momentum and Drive Progress


This FINE2026 exhibition is both ACCU It is a comprehensive showcase of technological and product capabilities, as well as an important platform for engaging with industry frontiers, connecting industrial resources, and exchanging cutting-edge innovations. In the future, ACCU We will continue to deepen our expertise in precision fluid measurement and control technologies, providing reliable products and comprehensive solutions to underpin the new materials and high-end manufacturing sectors, and working with industry partners to drive an intelligent, precise, and efficient industrial future.


Related Products

ACU20FD Normally Open Valve Series


The ACU20FD digital mass flow meter consists of a mass flow sensor, a laminar flow splitter, a flow-control regulating valve, and an amplification and control circuit. It features digital signal input and output, short warm-up time, minimal zero drift, and high reliability.

ACU20PH Series


The ACU20PH series comes standard with a piezoelectric diaphragm pressure sensor and a digital circuit board, delivering high-precision, stable, and reliable pressure measurement and control. This basic digital PC board incorporates all the essential functions required for measurement and control. In addition to the standard RS485 output signal, the ACU20PH also provides analog I/O signals.

ACU10FA Series


The ACU10FA analog mass flow controller features fast response and high accuracy. It offers a wide control range, spanning from 5 SCCM to 30 SLM, and can measure and regulate flow rates as low as 1 SCCM, making it suitable for controlling very small flow rates.

ACU10FD Series


The ACU10FD digital mass flow controller comprises a mass flow sensor, a laminar flow element, a flow‑control regulating valve, and an amplification control circuit. It features digital signal input and output, short warm‑up time, low zero drift, and high reliability.

ACU10FDR


The ACU10FDR low-pressure-drop gas mass flow controller is equipped with a proprietary high-flow electromagnetic valve, making it ideal for controlling mass flow even when system pressure is nearly unavailable. Its minimal pressure differential ensures the least possible impact on the system, enabling precise flow control under near-atmospheric conditions while significantly reducing system response time. We can customize the valve and PID control features based on your specific application parameters, guaranteeing fast, stable performance with minimized pressure loss.