Heavy Duty X-ray Shielding Automatic Sliding Door

OWNIC is a China-based manufacturer of Heavy Duty X-ray Shielding Automatic Sliding Doors, featuring its own dedicated factory and R&D design center. We highly recommend this product for radiological diagnostic and treatment facilities characterized by high-dose radiation, high-intensity operations, and frequent usage.

Application:

Section of Radiology, Operating Room

Product Features:

1.The door features a lead plate lining with a lead equivalence of 3-6 mmPb, effectively shielding against X-rays and preventing leakage of various harmful radiation to protect human health. It has been tested and certified by the National Institute for Radiological Protection, China CDC, meeting diagnostic X-ray protection requirements.

2.Both the door profile and frame are equipped with sealing strips, ensuring compliance with cleanliness standards for medical facilities such as hospitals.

3.The control system is designed in full compliance with safety requirements for medical electrical systems. It supports multiple control options as per hospital needs and does not cause electromagnetic interference to other equipment in the same environment.

4.Available in sliding or airtight automatic door configurations, with options for surface-mounted or recessed installation, combining aesthetic appeal with functional design.

Technical Data:

How does a Heavy Duty X-ray Shielding Automatic Sliding Door provide protection?

Effective radiation shielding is not merely a matter of physical obstruction; rather, it is achieved through a combination of material selection and structural design that facilitates the absorption, attenuation, and blocking of X-rays.

The core principle underlying our product is radiation attenuation. X-rays are high-energy electromagnetic waves possessing significant penetrating power; consequently, their energy must be progressively diminished—layer by layer—using high-density materials until the radiation intensity falls below safe thresholds.

Lead is characterized by its high density and high atomic number, endowing it with a strong capacity for X-ray absorption; it is, therefore, one of the most effective materials available for radiation shielding. As X-rays enter a lead layer, they interact with the atoms within it; their energy is either absorbed or redirected, resulting in the gradual attenuation of the radiation.

Thus, while a greater thickness of lead generally translates to superior shielding capability, the specific thickness utilized must be appropriately and rationally matched to the specific application requirements.

Why is a Heavy-Duty Version of Radiation-Shielding Doors Necessary?

Compared to standard automatic X-ray shielding sliding doors, the heavy-duty version represents a high-performance radiation-protection door system. As we briefly mentioned earlier, if your project involves radiological diagnostic and treatment facilities characterized by high radiation doses, high intensity, and frequent usage, selecting the heavy-duty model is absolutely essential.

1. Handling High-Power Radiation Equipment

High-end medical equipment generates higher radiation intensities and is utilized with greater frequency. As manufacturers, we can state with confidence that standard shielding doors may offer insufficient protection and lack the necessary durability to withstand such demands.

The Heavy-Duty Automatic X-ray Shielding Sliding Door, conversely, features a significantly higher lead equivalency.

2. Accommodating Large Doorway Openings

Many projects require doorways wide enough to allow for the passage of hospital beds and the movement of large medical equipment. Consequently, the door leaves themselves must be larger in design, necessitating the selection of a structurally more robust system.

3. Ensuring Long-Term Operational Stability

Medical environments demand automatic doors capable of frequent opening and closing cycles without experiencing downtime. Opting for a heavy-duty design results in a lower failure rate and an extended service life, making it ideally suited for long-term operational requirements.

4. Enhancing Project Grade and Tender Competitiveness

Our experience working with large-scale hospitals and on international projects has consistently demonstrated that the grade of the equipment directly influences project evaluation scores, with technological sophistication serving as a significant advantage.

Selecting this product will help you more easily meet the rigorous standards of high-level tenders and align your project with the positioning of a high-end medical facility.