近日，GRAEFF（格拉夫）总裁吴浩博士主导的《AI 智能型高温熔体压力传感器的应用研究》学术论文正式发布，这一成果聚焦极端工业环境下的高温熔体传感技术瓶颈，为行业发展带来关键突破，且已被《教育衔接与提升》期刊（2025 年第 14 期）收录！

Recently, the academic paper "Application Research of AI Intelligent High-Temperature Melt Pressure Sensor" led by Dr. Wu Hao, the president of GRAEFF, was officially released. This achievement focuses on the technical bottleneck of high-temperature melt sensing in extreme industrial environments, bringing a key breakthrough to the development of the industry. And it has been included in the "Education Connection and Enhancement" journal (Issue 14, 2025)!

关于《教育衔接与提升》/Regarding "Education Connection and Enhancement"

《教育衔接与提升》（英文刊名：EDUCATIONAL CONTINUITY AND ENHANCEMENT）是由 ART AND DESIGN PRESS INC 主办的综合类学术期刊，不仅拥有规范的国际出版标识（国际刊号 ISSN (O): 3066-8476、ISSN (P): 3066-845X），更是面向全球学界搭建的开放型学术交流平台；该期刊由谷歌学术中国知网检索，所有录用文章通过国际权威专家审定，从内容质量层面保障了学术成果的严谨性与专业性；期刊在美国国会图书馆存档，所刊载的学术资源具备长期可追溯的权威资质；遵循国际开放获取出版原则，全球公开发行。

"Education Connection and Enhancement" (English Title:) EDUCATIONAL CONTINUITY AND ENHANCEMENT is a comprehensive academic journal hosted by ART AND DESIGN PRESS INC. It not only has a standardized international publication mark (International Serial Number ISSN (O)): 3066-8476, ISSN (P): 3066-845X, is an open academic exchange platform built for the global academic community. This journal is indexed by Google Studies and China National Knowledge Infrastructure (CNKI). All accepted articles have been reviewed by international authoritative experts, ensuring the rigor and professionalism of academic achievements from the perspective of content quality. The journal is archived in the Library of Congress of the United States, and the academic resources it publishes have long-term traceable authoritative qualifications. Adhering to the international open access publishing principle, it is publicly distributed globally.

长期以来，化工、橡塑、化纤等行业的高温熔体生产场景中，传统高温熔体压力传感器面临着高温环境下不可避免的零点漂移、信号衰减及寿命骤减等技术瓶颈，严重制约了高分子材料加工行业向高精度、智能化与全自动化方向的发展。对此，GRAEFF（格拉夫）通过深度融合多模态传感技术、先进的 AI 补偿算法与特种材料工艺，成功开发出新一代AI智能型零温漂高温熔体压力传感器。

For a long time, in the high-temperature melt production scenarios of industries such as chemical engineering, rubber and plastics, and chemical fibers, traditional high-temperature melt pressure sensors have been confronted with inevitable technical bottlenecks such as zero drift, signal attenuation, and a sudden reduction in lifespan in high-temperature environments, which have seriously restricted the development of the polymer materials processing industry towards high precision, intelligence, and full automation. In response to this, GRAEFF has successfully developed a new generation of AI intelligent zero-temperature drift high-temperature melt pressure sensors by deeply integrating multimodal sensing technology, advanced AI compensation algorithms and special material processes.

这篇论文的发布，更承载着多重核心意义：从学术维度看，它填补了高温极端工业环境下 “AI + 智能传感” 领域的研究空白，为相关技术方向提供了 “理论论证 + 实践验证” 的新研究范式；从产业维度看，它将实验室的技术突破转化为可直接落地的行业解决方案，能指导化工、橡塑等行业实现生产监测的精准化升级，进而提升生产效率；同时，这也标志着 GRAEFF（格拉夫）在智能传感领域的技术积累正式走向学术化沉淀，进一步巩固了企业在极端工业传感赛道的领先地位。这一技术成果不仅能有效提升相关行业的生产良品率、优化工艺稳定性，更能为智能传感技术在更多极端工业场景的落地拓宽思路，对推动行业智能制造升级具备重要的现实价值。

The release of this paper carries multiple core significments: From an academic perspective, it fills the research gap in the field of "AI + intelligent sensing" in high-temperature extreme industrial environments, providing a new research paradigm of "theoretical argumentation + practical verification" for related technical directions. From an industrial perspective, it transforms the technological breakthroughs in the laboratory into directly implementable industry solutions, guiding industries such as chemical engineering and rubber and plastics to achieve precise upgrades in production monitoring, thereby enhancing production efficiency. At the same time, this also marks that GRAEFF's technological accumulation in the field of intelligent sensing has officially moved towards academic sedimentation, further consolidating the company's leading position in the extreme industrial sensing race. This technological achievement can not only effectively enhance the production yield rate of related industries and optimize process stability, but also broaden the thinking for the application of intelligent sensing technology in more extreme industrial scenarios, and has significant practical value for promoting the intelligent manufacturing upgrade of the industry.

关于吴浩博士/About Dr. Wu Hao

作为传感器行业的传奇领军者，吴浩博士是身兼高工、产业教授的 “工匠型” 企业家与技术专家：

16 岁便扎根传感器生产一线，兼具企业掌舵者与技术实践者的双重身份；

身兼全国压力计量技术委员会委员等十余项行业要职，参与审定数百项国家 / 行业标准与检定规程；

带领团队研发出国内首款无汞填充环保型高温熔体压力传感器、全球首款 AI 智能型高温熔体压力传感器，打破国际技术垄断，

他主导的《AI 智能型高温熔体压力传感器的应用研究》学术论文成功发表并被《教育衔接与提升》期刊收录，相关技术突破填补了高温极端工业环境下 “AI + 智能传感” 的研究空白；手握近 200 项相关专利；个人曾揽获 “中国十大经济创新人物”“上海市智慧工匠”“长三角 G60 科创走廊青年创新创业英才” 等多项重磅荣誉。

As a legendary leader in the sensor industry, Dr. Wu Hao is a "craftsman" entrepreneur and technical expert who is both a senior engineer and an industrial professor.

At the age of 16, he/she has been deeply rooted in the front line of sensor production, holding the dual identities of an enterprise leader and a technical practitioner.

He holds more than ten key positions in the industry, including a member of the National Pressure Measurement Technical Committee, and has participated in the review and approval of hundreds of national and industry standards and verification regulations.

Led the team to develop the first mercury-free filled environmentally friendly high-temperature melt pressure sensor in China and the world's first AI intelligent high-temperature melt pressure sensor, breaking the international technological monopoly.

With nearly 200 related patents in hand, he has personally won many significant honors such as "Top Ten Economic Innovators in China", "Shanghai Smart Craftsman", and "Young Innovation and Entrepreneurship Talent of the G60 Science and Technology Innovation Corridor in the Yangtze River Delta".

关于GRAEFF（格拉夫）/About GRAEFF

GRAEFF（格拉夫）是一家专注于压力传感器、温度传感器、熔体压力传感器、智能传感器、流量传感器、智能传感器、位移传感器、液位传感器、压力温度控制仪表、压力表、压力与温度校验系统以及自动化控制系统研发、生产和销售的英国跨国公司。

GRAEFF is a British multinational company specializing in the research and development, production and sales of pressure sensors, temperature sensors, melt pressure sensors, intelligent sensors, flow sensors, displacement sensors, liquid level sensors, pressure and temperature control instruments, pressure gauges, pressure and temperature calibration systems, and automation control systems.