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Product Name: Linear accelerator lead door
Lead doors are mainly used in nuclear magnetic resonance shielding rooms, industrial shielding rooms, shielding machine rooms, medical protective rooms, laboratory shielding boxes, shielding cabinets, and soundproof rooms.
Feature | Details |
Lead Equivalent | 1mmpb – 12mmpb (standard); 20mmpb (custom high-protection models) |
Opening Mode | Manual, automatic, button-controlled, remote-controlled, induction (customizable) |
Size | Fully customizable (width, height) to fit facility openings |
Color | Customizable (standard: white, gray; optional: RAL color matching) |
Fire Rating | FD30 (30-minute fire resistance) or FD60 (60-minute fire resistance) |
Safety Features | Intumescent seals, self-closing devices, fire alarm system integration |
Material | Lead-lined core (99.994% pure lead) + steel or aluminum alloy outer panel |
Electromagnetic Shielding | Optional enhanced shielding for electronic equipment rooms |
1.Lead doors can effectively block radiation.
Lead has good shielding performance, which can block ionizing radiation such as X-rays and gamma rays, prevent radiation leakage from causing harm to the human body, and ensure personnel safety. Lead doors are suitable for hospitals' radiology departments, nuclear industry sites, etc. Lead doors can prevent radiation from spreading to the surrounding environment.
2. Lead doors can control personnel entry and exit.
Lead doors are usually equipped with access control systems that can control the entry and exit of personnel as needed, ensuring that only authorized personnel can enter the radiation area and prevent unrelated personnel from being exposed to radiation.
1.In terms of material, lead doors are mainly made of lead, which has a high density and can better block radiation. Its surface is usually treated with special treatments such as painting, which not only looks beautiful, but also prevents lead oxidation and extends the service life of lead doors.
2. Good sealing performance, the gap of the lead door has been finely processed and sealed, which can effectively prevent radiation leakage and ensure the stability of the protective effect.
3. High safety, the lead door is equipped with reliable locking devices and safety sensors. When the door encounters obstacles or personnel during the closing process, it will automatically stop closing and reopen to avoid injuring personnel.
4. Strong flexibility, some lead doors can automatically open and close, making it convenient for personnel to enter and exit, and improving work efficiency. At the same time, there are also manually operated lead doors that are suitable for some special occasions.
What are the key differences between automatic sliding lead doors and manual swing lead doors in radiation rooms?
Automatic sliding lead doors provide enhanced safety through automation, greater space efficiency by eliminating swing arcs, and improved accessibility. Manual swing lead doors offer a simpler design, excellent security with fewer gaps, and remain effective during power outages and emergencies, though they require more physical space and manual operation. The primary differences lie in space requirements, automation, accessibility, and emergency performance.
1.Automatic Sliding Lead Doors
（1）Space Efficiency:
They glide along or into a wall, eliminating the large swing arc of traditional doors and saving significant space, which is crucial for efficient room layouts.
（2）Accessibility:
Automation provides a barrier-free experience, making entry and exit easier for everyone, including individuals with mobility issues.
（3）Safety:
Automation can incorporate safety features like automatic closing and restricted access, reducing the risk of collisions and unauthorized entry.
（4）Traffic Flow:
They can create an uninterrupted flow of traffic, beneficial in high-use areas.
（5）Modern Design:
They offer a modern aesthetic and can improve the overall user experience in a facility.
2.Manual Swing Lead Doors
（1）Emergency Performance:
They are ideal for emergencies, especially power failures, as they don't rely on electricity to operate.
（2）Space Requirement:
They require considerable space for their swing arc, both in front of and behind the door, which can limit the usable space in smaller rooms.
（3）Security:
When locked, a swing door provides a tight seal with very few gaps, offering excellent security against intruders.
（4）Simplicity:
Their mechanical design is simpler than automatic systems, which can translate to easier maintenance and lower upfront costs.
（5）Emergency Escape:
The space they create can allow for quick and easy escape routes during emergencies.
3.Key Factors for Choosing
（1）Space:
Limited spaces often favor automatic sliding doors due to their space-saving design.
（2）Budget:
Manual doors can be more cost-effective for smaller or less critical areas.
（3）Accessibility Needs:
Automatic sliding doors are superior for ensuring inclusivity and ease of access.
（4）Emergency Preparedness:
Manual swing doors are a reliable choice for environments where power failures are a concern.
