Radiation Shielding Doors

X-Ray Doors
X-Ray Doors

X-ray lead doors are radiation protection equipment designed for medical radiology, industrial flaw detection and other scenarios. Its core uses a high-purity lead plate shielding layer, combined with an intelligent drive system and multiple safety protection mechanisms, while ensuring radiation saf

X Ray Door Manufacturer
X Ray Door Manufacturer

X-ray lead doors are radiation protection equipment designed for medical radiology, industrial flaw detection and other scenarios. Its core uses a high-purity lead plate shielding layer, combined with an intelligent drive system and multiple safety protection mechanisms, while ensuring radiation saf

Lead Lined X-Ray Shielding Doors
Lead Lined X-Ray Shielding Doors

X-ray lead shielding door is a radiation protection device that uses high-purity lead plate as the core shielding layer, combined with an intelligent drive system and multiple safety mechanisms. It is designed for medical radiology (CT/DR/DSA), industrial flaw detection, nuclear technology laborator

Lead Lined X Ray Doors
Lead Lined X Ray Doors

Lead door X-ray protection door is a special safety door designed for shielding ionizing radiation. It is widely used in hospital radiology departments, CT rooms, DR rooms, interventional operating rooms, nuclear medicine departments, industrial flaw detection rooms, laboratories and nuclear facilit

Heavy Duty Single Lead Door
Heavy Duty Single Lead Door

Heavy-duty swing lead doors are special protective doors designed for high-radiation environments. They are widely used in hospital radiology departments, nuclear power plants, industrial flaw detection rooms, laboratories and other scenarios. Their core function is to block the leakage of ionizing

Heavy Duty Electric Lead Door
Heavy Duty Electric Lead Door

Product Description of Heavy Electric Lead Door High-purity Lead Shielding Layer The door body is filled with ≥3mm thick high-purity lead plate (lead equivalent can be customized to 10mmPb+), and the shielding efficiency of ionizing radiation such as X-rays and gamma rays is >99.9%, which meets the

Fire-Proof Double Lead Door
Fire-Proof Double Lead Door

Fireproof double-opening lead door is a special protective door designed for high-risk scenarios. It integrates fire prevention, radiation protection, airtight isolation and other functions. It is widely used in medical, nuclear industry, laboratory and chemical industries. 1. Structural design Door

CT Room Door
CT Room Door

The CT room lead door is a radiation protection device designed for medical radiology, industrial flaw detection and other scenarios. Its core adopts a high-purity lead plate shielding layer, combined with an intelligent drive system and multiple safety protection mechanisms, while ensuring radiatio

Radiation Protection Door
Radiation Protection Door

Product Details Radiation protection door are special protective doors designed for high-radiation environments. They are widely used in places with strict radiation shielding requirements, such as medical radiology departments, nuclear power plants, industrial flaw detection rooms, and laboratories

X-Ray Doors

X-Ray Doors

X-ray lead doors are radiation protection equipment designed for medical radiology, industrial flaw detection and other scenarios. Its core uses a high-purity lead plate shielding layer, combined with an intelligent drive system and multiple safety protection mechanisms, while ensuring radiation saf

X Ray Door Manufacturer

X Ray Door Manufacturer

X-ray lead doors are radiation protection equipment designed for medical radiology, industrial flaw detection and other scenarios. Its core uses a high-purity lead plate shielding layer, combined with an intelligent drive system and multiple safety protection mechanisms, while ensuring radiation saf

Lead Lined X-Ray Shielding Doors

Lead Lined X-Ray Shielding Doors

X-ray lead shielding door is a radiation protection device that uses high-purity lead plate as the core shielding layer, combined with an intelligent drive system and multiple safety mechanisms. It is designed for medical radiology (CT/DR/DSA), industrial flaw detection, nuclear technology laborator

Lead Lined X Ray Doors

Lead Lined X Ray Doors

Lead door X-ray protection door is a special safety door designed for shielding ionizing radiation. It is widely used in hospital radiology departments, CT rooms, DR rooms, interventional operating rooms, nuclear medicine departments, industrial flaw detection rooms, laboratories and nuclear facilit

Heavy Duty Single Lead Door

Heavy Duty Single Lead Door

Heavy-duty swing lead doors are special protective doors designed for high-radiation environments. They are widely used in hospital radiology departments, nuclear power plants, industrial flaw detection rooms, laboratories and other scenarios. Their core function is to block the leakage of ionizing

Heavy Duty Electric Lead Door

Heavy Duty Electric Lead Door

Product Description of Heavy Electric Lead Door High-purity Lead Shielding Layer The door body is filled with ≥3mm thick high-purity lead plate (lead equivalent can be customized to 10mmPb+), and the shielding efficiency of ionizing radiation such as X-rays and gamma rays is >99.9%, which meets the

Fire-Proof Double Lead Door

Fire-Proof Double Lead Door

Fireproof double-opening lead door is a special protective door designed for high-risk scenarios. It integrates fire prevention, radiation protection, airtight isolation and other functions. It is widely used in medical, nuclear industry, laboratory and chemical industries. 1. Structural design Door

CT Room Door

CT Room Door

The CT room lead door is a radiation protection device designed for medical radiology, industrial flaw detection and other scenarios. Its core adopts a high-purity lead plate shielding layer, combined with an intelligent drive system and multiple safety protection mechanisms, while ensuring radiatio

Radiation Protection Door

Radiation Protection Door

Product Details Radiation protection door are special protective doors designed for high-radiation environments. They are widely used in places with strict radiation shielding requirements, such as medical radiology departments, nuclear power plants, industrial flaw detection rooms, and laboratories