Laboratories SS304 OT Laminar Flow Ceiling Systems Customized Size

Super Specialty OT Laminar Flow Ceiling Systems For Hospital Operation Cleanroom

CUSTOMIZED DESIGN IS AVAILABLE

Our Laminar Flow Panels are designed for use in specialist applications where the mixing of fresh and existing room air and the subsequent spreading of airborne particles cannot be tolerated,
our laminar flow systems provide very low turbulence fresh air in a vertical flow pattern, avoiding up-currents and providing a clean, germ-free air zone.
They are therefore ideally suited for use in hospital operating theaters, laboratories, computer rooms and television studios amongst others.

The system can be matched to the room design so that it can either form the whole ceiling arrangement incorporating light fittings and other items or it can be a single panel where a particular zone requires special conditions.
As it can provide fresh air over a wide space it is also suited to applications where standard diffusers cannot provide the air change capacity needed.

The panels comprise of a perforated aluminium sheet with an extruded aluminium frame.
The plenum is made from galvanised Steel with a top entry spigot. Dampers are not recommended in the entry spigot due to noise limitations.
It is recommended that they be fitted in the upstream ductwork.

They create a large, stable protection zone around the patient and the surgical team (including their instruments), thereby substantially reducing the risk of contamination by germs and airborne particles.

Our Laminar Air Flows are distinguished by their easy installation and perfect integration into the suspended ceiling, low energy costs, and the high airtightness through the lightweight, tightly welded aluminium casing with a stainless steel frame structure for the filter support.

The top casing (the "grey zone") is made of stainless steel for particularly simple, residue-free surface cleaning. The semi-circular shape of the frame covered with special fabric on both sides improves the distribution of the laminar airflow.

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