NovoWood Radiation Doors
NOVODOOR provides at NovoWood Radiation door series, HPL Laminated, Coated Lacquered or Natural Wood options. Tubular solid or solid chipboard core. Facing, mdf and lead plate. Mdf or steel frame with lead cover. Various color options available. HW sets optional according to project needs. Standard or custom sizes availble.
X-ray radiation doors are specialized doors designed for environments where radiation protection is critical, such as medical imaging facilities, laboratories, and industrial settings. These doors are engineered to provide shielding against X-ray radiation, ensuring the safety of personnel and the public
X-ray radiation doors play a crucial role in protecting individuals and maintaining safety standards in environments where X-ray radiation is present. Their specialized construction and design ensure effective radiation shielding while offering durability, reliability, and ease of use in demanding settings.
Product Downloads
NovoWood Radiation Door Technical Specifications-EN
NovoWood Radiation Door Technical Specifications-TR
Specifications
Leaf Types
- Leaf Thickness: 44-62mm
- Surface Finish: HPL (Hight Pressure Laminate), Coated (Lacquered), Natural Wood Veneer
- Facing: 4-6-8-10-12mm MDF, Plywood or Green MDF for water resistance
- Core Type: Tubular Chipboard Core with 1+1mm Lead or Solid Core with 1+1mm Lead or lead thickness increased
- Rails & Stiles: Standard softwood 42mm, Optional rails can be 2 layer and stiles can be hardwood
- Models & Elevations: Lipping, Groove, Molding, CNC shapes, Glazed models optional
- Rebate On Leaf: Rebated or non-rebated
Frame Types
- Frame Material: MDF or Steel Galvanized with lead cover
- Surface Finish: CPL Laminated, Coated (Lacquered), Natural Wood Veneer for MDF, Powder Coated for Steel Galvanized,
- Material Thickness: Optional
- Architrave: Optional
- Rebate On Frame: Non-rebated
Dimensions
- Standard Wall Width: As per project details
- Standard Wall Height: As per project details
- Standard Wall Thickness: As per project details
- Max Wall Width: As per project details
- Max Wall Height: As per project details
- Max Wall Thickness: As per project details
- Doorset Option: Single & Double for Pivot Door, Single for Sliding Door
Other Features
- Hardwares: Optional
- For Glazing: Optional
- For Louver: N/A
- Gasketing: Intumescent, Epdm or PVC
- Acoustical: Optional
- Fire Rating: N/A
- Certification: ISO 9001 – ISO 14001
- Transom Panel: N/A
Advantages & Application Areas
Advantages
- Lead-Lined Construction: X-ray radiation pivot doors are typically constructed with lead lining or other radiation-shielding materials. Lead is effective in attenuating X-ray radiation, preventing it from passing through the door and into adjacent areas.
- Sealed Edges: The doors are designed with sealed edges to minimize radiation leakage, ensuring maximum protection for personnel and maintaining safety standards in radiation-sensitive environments.
- Smooth Operation: Despite their heavy construction, X-ray radiation pivot doors are engineered for smooth and effortless operation. This includes sturdy pivot mechanisms that support the weight of the door while allowing easy opening and closing.
- Customizable Design: These doors can be customized to fit specific dimensional requirements and aesthetic preferences of the facility. They may feature various finishes and hardware options to integrate seamlessly into the overall architectural design.
Application Areas
- Medical Imaging Facilities: X-ray radiation pivot doors are essential in radiology departments, CT scan rooms, and MRI suites within hospitals and diagnostic imaging centers. They ensure radiation protection for patients, medical staff, and visitors while maintaining the integrity of imaging procedures.
- Laboratories: Research laboratories that utilize X-ray equipment for scientific studies and testing require radiation shielding to protect laboratory personnel and the surrounding environment. X-ray radiation pivot doors provide the necessary protection without compromising laboratory operations.
- Industrial Facilities: Certain industrial processes involve X-ray inspection systems for quality control and non-destructive testing. X-ray radiation pivot doors are used in these facilities to contain radiation hazards and safeguard workers from potential exposure.
- Nuclear Facilities: High-security environments such as nuclear power plants and research reactors utilize X-ray radiation pivot doors to control access and ensure radiation safety protocols are strictly followed.
- Security and Containment Facilities: Facilities that handle radioactive materials or hazardous substances may require X-ray radiation pivot doors to prevent radiation leakage and maintain containment measures.
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