Overview:
PIR cleanroom panel utilizes polyisocyanurate foam cores with sealed metal skins. Its closed-cell structure delivers superior thermal insulation (λ≈0.022 W/m·K) and improved fire resistance (up to Class 0/B-s1,d0). The seamless surface ensures particle-free cleanliness, supporting contamination control. While offering better fire performance than standard PU panels, it carries similar weight and cost considerations, balancing energy efficiency with enhanced safety for regulated cleanroom environments.
When project specifications demand exceptional thermal insulation combined with stringent fire compliance, PIR (Polyisocyanurate) cleanroom panels are the indisputable choice.
As a premium cleanroom panel manufacturer, we supply PIR panels that provide a robust fire envelope for modern pharmaceutical plants and cold storage facilities.
Unlike standard PU foam, PIR features a highly cross-linked ring molecular structure, granting the cleanroom wall superior stability and flame retardancy.
PIR is a thermoset plastic with vastly superior thermal stability and fire resistance compared to standard PU, making it safer for strict cleanroom sandwich panel requirements.
Back to TopPIR does not melt or drip. Instead, it forms a protective carbon char layer that acts as an insulated barrier, severely slowing fire spread across clean room partitions.
Back to TopYes. PIR maintains dimensional stability at temperatures as low as -150°C, making PIR clean room walls ideal for vaccine cold storage.
Back to TopNo. Our PIR panels are blown using eco-friendly agents like Pentane and are 100% CFC and HCFC-free, ensuring zero ozone depletion potential.
Back to TopThe rigid, high-density PIR foam core provides excellent compressive strength, minimizing the need for heavy steelwork in cleanroom ceiling grids.
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Overview: Rockwool cleanroom panel is a highly specialized composite panel specifically engineered for controlled environment applications. Consisting of a dense rock wool (stone wool) insulation core laminated between two smooth metal facings, this panel system combines exceptional fire resistance with reliable thermal and acoustic performance. Developed to address the stringent safety and operational requirements of modern cleanrooms, it represents the premium tier in fire-rated cleanroom construction materials.
Overview: PU cleanroom panel is a composite building panel featuring a rigid polyurethane foam core laminated between two metal or composite facing sheets. Specifically engineered for controlled environments, this panel system provides outstanding thermal insulation, structural integrity, and surface hygiene, making it a preferred solution for applications where energy efficiency, airtightness, and ease of installation are key priorities.
Overview: Duct cleanroom panel integrates ductwork within an insulated panel, typically with PU or rock wool cores and sealed metal surfaces. Its non-porous, airtight construction ensures particle-free air distribution, while the core insulation supports temperature control. Though heavier and more complex to install, it provides space-saving HVAC solutions and meets cleanroom hygiene and efficiency standards.
Overview: Magnesium Oxide Rock Wool cleanroom panel is a composite building material that combines a magnesium oxide (MgO) board surface with a rock wool insulation core. This design integrates the structural stability and fire resistance of MgO with the excellent thermal and acoustic insulation properties of rock wool, making it a highly specialized solution for controlled environments.
Overview: Aluminum Honeycomb cleanroom panel is an advanced composite panel system specifically engineered for high-performance controlled environments. Consisting of a hexagonal aluminum honeycomb core laminated between two rigid facing sheets, this structural panel combines exceptional mechanical strength with minimal weight. Designed to meet the demanding requirements of modern precision manufacturing and research facilities, it represents a premium solution for applications where flatness, stability, and lightweight construction are critical.
Overview: HPL cleanroom panel is a specialized cleanroom building material that utilizes high-pressure laminate as the surface layer, typically combined with a core material such as aluminum honeycomb, PU foam, rock wool, or solid HPL board. It is widely used in environments that demand high cleanliness, durability, chemical resistance, and aesthetic appeal.
Overview: Insulated cleanroom panel is a type of composite panel designed for cleanroom environments, consisting of an insulating core material sandwiched between two surface layers. The core is typically made of materials such as polyurethane (PU), rock wool, expanded polystyrene (EPS), or phenolic foam, while the surface layers are usually made of galvanized steel, stainless steel, aluminum, or high-pressure laminate (HPL). This structure provides excellent thermal insulation, airtightness, and a smooth surface, making it suitable for various controlled environments.
Overview: EPS cleanroom panel features expanded polystyrene foam cores with metal or composite skins. The lightweight EPS core provides good thermal insulation (λ≈0.035 W/m·K) at low cost, while the smooth surface maintains cleanliness. However, its limited fire rating and lower structural strength restrict its use to less critical cleanroom areas, offering a cost-effective solution for general industrial or packaging cleanrooms where strict fire codes are not mandated.
Overview: Clean room single glass window the glass used is tempered glass/reinforced glass. Tempered glass is actually a type of prestressed glass. In order to increase the strength of the glass, chemical or physical methods are usually used to form compressive stress on the surface of the glass. When the glass is subjected to external force, the surface stress is first offset, thereby improving the bearing capacity and enhancing the resistance of the glass itself. Wind pressure, cold and heat, impact and so on.
Overview: Clean room aluminum frame door is the most widely used sliding door in clean room, It has the characteristics of beautiful appearance, high strength, good flatness,strong air tightness, heat insulation, good heat preservation and easy cleaning.
Overview: Folding laboratory is a portable, collapsible research enclosure with a lightweight frame and foldable panels. Designed for rapid setup/teardown, it integrates essential lab functions (ventilation, power, workstations) in a compact, transportable form. Suited for field studies, emergency response, or temporary projects, it enables quick access to controlled lab environments while minimizing storage and logistics costs.
Overview: Prefabricated laboratory is a ready-to-deploy research space with pre-engineered structural and utility systems. Its modular design combines factory-built panels (e.g., PIR, rock wool) and pre-installed electrical/plumbing, enabling rapid on-site assembly. Classified by function (e.g., chemistry, biology), it features climate control, ventilation, and safety systems to support lab operations in pharmaceuticals, education, or industry, reducing construction time and minimizing onsite disruption.
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