Lead Lined Doors For X Ray Rooms
Lead lined doors are a common feature in X-ray rooms, as they provide an effective barrier against harmful radiation. The lead lining in these doors is designed to absorb and block the radiation, protecting those outside the X-ray room from exposure.
When it comes to choosing lead lined doors for an X-ray room, there are a few key factors to consider. These include:
Level of radiation protection required: Depending on the type of X-ray equipment being used and the frequency of use, different levels of radiation protection may be required. Make sure to consult with a radiation safety expert to determine the appropriate level of lead lining for your doors.
Door size and configuration: Lead lined doors can be customized to fit a wide range of sizes and configurations, from single doors to double doors and sliding doors. Consider the layout of your X-ray room and the traffic flow when selecting the right door configuration.
Material and finish: Lead lined doors can be made from a variety of materials, including wood, steel, and aluminum. Choose a material and finish that meets your aesthetic and durability requirements.
Advantage
Lead lined doors are essential for X-ray rooms because they provide a significant advantage in terms of radiation protection. Here are some of the advantages of lead lined doors for X-ray rooms:
Radiation Shielding: The primary purpose of lead lined doors is to shield against ionizing radiation, which is harmful to humans. Lead is a dense metal that effectively absorbs radiation and prevents it from escaping the room. This feature is particularly important in X-ray rooms where high levels of radiation are produced.
Safety: Lead lined doors are designed to provide a safe working environment for staff and patients in X-ray rooms. The lead lining in the doors prevents radiation from escaping the room, which can be harmful to people working nearby. By using lead lined doors, you can ensure that the radiation stays within the X-ray room, reducing the risk of exposure to others.
Regulatory Compliance: The use of lead lined doors is a regulatory requirement in many countries to ensure that X-ray rooms meet the required safety standards. By installing lead lined doors, you can ensure that your X-ray room complies with local regulations and standards.
Durability: Lead lined doors are designed to last for many years with minimal maintenance. They are made with high-quality materials that are resistant to wear and tear, ensuring that they provide reliable radiation shielding for an extended period.
Cost-Effective: While lead lined doors may be more expensive than regular doors, they are a cost-effective investment in the long run. By providing effective radiation shielding, lead lined doors can help you avoid costly fines, lawsuits, and damage to equipment and facilities.
DESCRIPTIOn: Titanx100 RADIOGRAPHY RATING: 25-100mA, stations 45kVp to 100 kVp in 15 steps OUTPUT: 8KW RECTIFICATION: Full Wave Rectified TIMER: 0.06 to 5 sec DIGITAL DISPLAY : Digital Display of mAs, kV & mA X-RAY TUBE: XD-3/Imported POWER SUPPLY: 230 Voltage AC, 15 Amps LINE REGULATION: 10% 0.6max PROTECTION: Electronic overload Protection TUBE STAND counter Balance Mobile
DESCRIPTION: Titanx RADIOGRAPHY RATING: 25-100mA, stations 45kVp to 100 kVp in 15 steps OUTPUT : 8KW RECTIFICATION: Full Wave Rectified TIMER: 0.06 to 5 sec DIGITAL DISPLAY: Digital Display of mAs, kV & mA X-RAY TUBE: XD-3/Imported POWER SUPPLY: 230 Voltage AC, 15 Amps LINE REGULATION: 10% 0.6max PROTECTION: Electronic overload Protection TUBE STAND: Floor to Ceiling Column Stand
DESCRIPTION: Titanx100 RADIOGRAPHY RATING: 25-100mA, stations 45kVp to 100 kVp in 15 steps OUTPUT : 8KW RECTIFICATION: Full Wave Rectified TIMER: 0.06 to 5 sec DIGITAL DISPLAY: Digital Display of mAs, kV & mA X-RAY TUBE: XD-3/Imported POWER SUPPLY: 230 Voltage AC, 15 Amps LINE REGULATION: 10% 0.6max PROTECTION: Electronic overload Protection TUBE STAND: Counter Balance Mobile
DESCRIPTION- TITANX 100 RADIOGRAPHY RATING- 25-100mA, stations 45kVp to 100 kVp in 15 steps OUTPUT 8KW RECTIFICATION- Full Wave Rectified TIMER- 0.06 to 5 sec DIGITAL DISPLAY- Digital Display of mAs, kV & mA X-RAY TUBE- XD-3/Imported POWER SUPPLY- 230 Voltage AC, 15 Amps LINE REGULATION- 10% 0.6max PROTECTION- Electronic overload Protection TUBE STAND- Spring Balance
X Ray Doors X-ray doors are a common feature in X-ray rooms, as they provide an effective barrier against harmful radiation. The lead lining in these doors is designed to absorb and block the radiation, protecting those outside the X-ray room from exposure. When it comes to choosing lead lined doors for an X-ray room, there are a few key factors to consider. These include: Level of radiation protection required: Depending on the type of X-ray equipment being used and the frequency of use, different levels of radiation protection may be required. Make sure to consult with a radiation safety expert to determine the appropriate level of lead lining for your doors. Door size and configuration: Lead lined doors can be customized to fit a wide range of sizes and configurations, from single doors to double doors and sliding doors. Consider the layout of your X-ray room and the traffic flow when selecting the right door configuration. Material and finish: Lead lined doors can be made from a variety of materials, including wood, steel, and aluminum. Choose a material and finish that meets your aesthetic and durability requirements.
Technical data: Oxygen flow:0.5-5L/min Oxygen concentration:95.5%-87% Output pressure: 40-70kPa Pressure relief mechanism operational at: 250kPa + 25kPa Operation nose Level
Oxygen Concentrator - 0.5-10L/Min Purityï¼? 96% Compressor Life - 25000hours Sound Level 60dB Screen - LED Segment real-time display Power comsumption - 500VA Net Weight - 23k Gross weight:27kg
Fuel LPG. Fuel Tank Capacity 2.0 L Fuel Consumption : App. 225 g P/H Length : 350 mm Height : 330 mm Width : 150 mm Weight(kg) Empty : 1.5 Kg (Empty)