How To Choose Wall And Ceiling Materials for Modular Operating Theatres?

The popularity of Modular Operation Theatres continues to grow because these structures combine controlled environments together with convenient design standards. Operating Room wall and ceiling materials directly influence both room cleanliness, durability and maintenance expenses, thus, materials selection remains essential. Subsequent to this point we will demonstrate the procedure for selecting appropriate wall and ceiling materials that aid the efficient operation of Operating Rooms.

Selection of wall materials

Wall Sandwich Panel

The Modular Operating Room utilizes Wall Sandwich Panel as a standard material choice for its walls. This material brings multiplebenefits when used.

• Easy to clean: The neat wall surface retains minimal dust accumulation to stop bacterial growth more effectively.

• Anti-bacterial and anti-mold: Anti-bacterial features together with mold-resistance exist naturally in the different sandwich panel materials such as aluminum alloy, color steel and stainless steel.

• Convenient installation: Provides constructors with easier and quicker wall assembly techniques.

• Strong durability: Impact resistance, not easy to deform, can maintain long-term beauty and functionality.

The selection of Wall Sandwich Panels requires materials with antimicrobial surface treatments to increase Operating Room cleanliness.

Other wall materials

In addition to wall sandwich panels, there are the following common wall materials to choose from:

• PVC wall panels: Waterproof, mildew-resistant and suitable for high humidity environments, but with low impact resistance.

• Tile wall coverings: Easy to clean but complicated to construct, not suitable for Modular Operating Rooms.

• FRP wall panel: Chemical resistant but costly.

Selection of ceiling materials

Laminar flow ceiling system

Laminar Flow Ceiling is an important part of the air purification system in Modularized Operating Room, which can effectively control the direction of airflow and ensure the cleanliness of air in the Operating Room. The following factors need to be considered when selecting the right laminar flow ceiling material:

• Filtration performance: High-efficiency filters (HEPA) can effectively remove particles from the air to ensure a sterile environment.

• Antimicrobial materials: Ceilings are usually made of aluminum, stainless steel or materials coated with an antimicrobial coating to prevent contaminant deposition.

• Sealing: Ensure that the connection between the ceiling and the wall is seamless to minimize the risk of contamination.

Other ceiling materials

• PVC ceiling: Suitable for general Cleanrooms, but may not be durable enough in Operating Rooms with high aseptic requirements.

• Gypsum board ceiling: Although less costly, it is not suitable for high humidity environments and is prone to dust accumulation.

• Stainless steel ceiling: Has good corrosion resistance and antimicrobial properties, but is more costly.

Key considerations when selecting materials

When selecting wall and ceiling materials, the following factors must be focused on:

• Cleanliness requirements: Ensure that the material has a smooth, easy-to-clean surface and possesses antimicrobial properties.

• Durability: Operating room environments require materials that maintain stable performance over time and are resistant to moisture and deformation.

• Convenience of construction: Modular design of the material should be characterized by rapid installation and dismantling for easy maintenance and upgrading.

• Compliance with international standards: Such as ISO 14644 Clean Room standards, to ensure that the operating room environment in line with industry norms.

Conclusion

Selection of materials used for walls and ceilings in Modular Operating Rooms stands as an essential factor to generate surgical environments, which are safe and comfortable. The Operating Room benefits from Wall Sandwich Panel and Laminar Flow Ceiling System as the preferred choices for maintaining air cleanliness and efficient operation. Healthcare facilities need to unite materials selection with budget constraints, construction needs and costs of maintenance to obtain optimal Operating Room setups.