HANNOVER MESSE is regarded as a global hub for industrial transformation and, in 2026, will place a special focus on efficiency, sustainability, and the use of smart technologies in production. Accordingly, Dongguan Pure-Air Tech Co., Ltd. is presenting itself as an internationally oriented provider of solutions for industrial air purification.

The Chinese manufacturer is using the platform to present its systems for the extraction and filtration of industrial emissions to an international audience of industry professionals. The presentation will center in particular on solutions for smoke and dust extraction used across a wide range of industries.

A highlight is the “PUR-AIR Intelligent Purification System (PIPS),” an intelligent air purification system with digital control and a touchscreen interface. This system is designed to efficiently monitor production environments and specifically reduce pollutants. The goal is to sustainably improve air quality in industrial processes while simultaneously enhancing user convenience and process control.

With its portfolio, Dongguan Pure-Air Tech serves a wide range of industries—including laser processing, semiconductor manufacturing, 3D printing, metalworking, and the battery and photovoltaic industries. Applications in the food and pharmaceutical industries are also part of its scope of use. The company thus positions itself as a broadly diversified solution provider for clean production conditions.

According to the company, it holds more than ten core patents and supplies customers in over 70 countries. The trade show appearance in Hanover therefore serves not only to showcase products but also to expand international business relationships and tap into new markets. Overall, Dongguan Pure-Air Tech’s presence is intended to underscore the growing importance of environmental and occupational safety technologies in the context of industrial transformation and to demonstrate how innovative air purification solutions can contribute to the sustainable optimization of production processes.

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