Lightweight High-Insulation Laminar Flow Ceiling – 75mm PIR Panels with 0.4mm Steel Facings, Modular OR Ceiling System

Product Introduction
Engineered for applications requiring maximum thermal insulation with optimized weight, this modular ceiling system utilizes 75mm PIR sandwich panels with 0.4mm steel facings. The combination of a thick PIR core and precision-engineered thinner steel facings provides exceptional energy efficiency while maintaining a lighter overall weight for easier handling and installation.

Key Features

• Optimized Weight-to-Strength Ratio: The 0.4mm steel facings reduce overall panel weight without compromising structural integrity, enabling easier transportation, handling, and installation.

• Superior Thermal Insulation: The 75mm PIR core delivers an industry-leading R-value, significantly reducing thermal bridging and energy loss in HVAC-critical environments.

• Modular Panel Construction: Prefabricated panels enable rapid assembly with minimal on-site fabrication, reducing installation time and disruption to hospital operations.

• Seamless Joint System: Interlocking panel edges create a flush, grout‑free surface that eliminates microbial accumulation points and simplifies cleaning protocols.

Applications

• Operating rooms in regions with extreme climate conditions requiring superior insulation

• Retrofit projects where structural load limitations require lighter ceiling systems

• Cleanrooms demanding strict temperature stability and energy efficiency

Customization

• Panel dimensions customizable to match existing ceiling grids or unique OR layouts

• Filter module configurations available for various airflow patterns (vertical laminar flow, horizontal flow)

• Optional pre‑installed sealing gaskets for enhanced airtightness and pressure differential control

Summary
With its combination of 75mm PIR insulation and lightweight 0.4mm steel facings, this system offers exceptional thermal performance with optimized weight, enabling faster installation while maintaining the structural integrity required for ISO-certified laminar flow environments.