Controlled Environment | ItalPannelli

Controlled Environments Segment

We define a controlled environment as any type of building where precise control of the internal atmosphere is required – whether it concerns temperature, humidity, or the absence of dust or particles. These environments require specific solutions.

From the food industry, where cold temperatures (above zero) are needed to handle vegetables, meat, fish, or other processed food products, to sub-zero temperatures (well below zero) required for fish preserves, the pharmaceutical industry, or low-oxygen environments for fruit preservation, ultra-low humidity spaces like those used in the automotive battery industry, or data centers where precise airflow is essential – we offer most of the necessary solutions.

Mineral Wool Panels

For Controlled Environments

The Italian controlled environment market is significant thanks to its renowned food production industry, combined with the growing demand for data centers, driven by artificial intelligence and e-commerce.

We expect double-digit growth over the next decade, and our solutions are ready to support you through every phase of your project, from concept to final installation. These include Mec, Frigo, or Jumbo high-sealing joints; all mineral wool (MiWo) panels – ideal where high fire safety is required, such as in the delicate production of car batteries; and all our well-established solutions for the Italian food industry.

Our high-performance joints: Mec, Frigo, or Jumbo

Mineral Wool (MiWo) Panels for High Fire Safety

Efficient Solutions

Features

Our wall and roof solutions for the controlled environment sector are specifically designed to meet unique requirements for perfect airtightness, enhanced fire performance, and excellent insulation properties, allowing integration into fast-to-build and cost-effective facilities.

Our solutions, such as Jumbo and Frigo (labyrinth joint), help improve the overall efficiency of the building thanks to better insulation, integrated aesthetics, and lighter weight compared to other construction materials. This contributes to reducing the building’s carbon footprint, shortening installation times – a critical factor in budget and performance conscious projects – while increasing insulation efficiency and reducing heating or cooling needs.