Radiation protection shield products are the only things that should come between you and your radiologic work. The biggest question is how do you choose the right protective gear in this complex and changing field? New developments continuously expand the range of radiology in healthcare and industrial settings. This dynamic evolution demands that technological advances in personal protective equipment (PPE) keep pace.
If you want to learn more, please visit our website Nuclear & Electronics.
The upside of this rapid proliferation is more options than ever before. Barrier Technologies® presents this comprehensive buyer’s guide that explores factors to consider when selecting the best radiation shielding for yourself, your facility, and your radiological procedures. Together, we’ll put your safety first.
Workplaces commonly using ionizing radiation include medical, dental, and veterinary facilities, research laboratories, and industries employing radiographic non-destructive testing (NDT). If you are in such an environment, radiation protection shields your personal well-being by attenuation—the core material absorbs or blocks scatter radiation, significantly reducing its intensity and possible adverse health effects.
You should have your own radiation-protective PPE if your daily work involves any of the following apparatus:
Fixed or mobile X-ray machines.
Computed tomography (CT) scanners.
All types of fluoroscopes.
Orthovoltage X-ray treatment units.
Brachytherapy devices.
The scope of personnel involved with radiation is far-reaching and growing, particularly in the healthcare sphere. Here are examples of professionals who routinely wear X-ray protective gear during their working day:
Diagnostic and Interventional Radiologists, Radiographers, Radiologic Technologists and Technicians, Radiology Nurses.
General Dentists, Dental Assistants, Orthodontists, Periodontists, Oral and Maxillofacial Surgeons.
Cardiologists, Gastroenterologists, Orthopedic Surgeons, Vascular Surgeons, Pulmonologists, Oncologists, Pain Management Specialists, Surgical Nurses.
PPE for radiation protection acts as a defensive safeguard to minimize exposure to radiosensitive areas of the human body. The most susceptible parts include the bone marrow, lymph nodes, spleen, testes and ovaries, intestinal epithelium, skin, thyroid gland, and the lenses of the eyes. Barrier Technologies supplies apparel and accessories that assure maximum coverage of these vulnerable tissues.
A lead or lead-free apron is your basic protective garment. It shields the torso, abdomen, pelvis, and femurs during diagnostic and interventional radiology procedures.
Best if you are stationary and facing the X-ray apparatus.
For all-around protection, mobility, and easy donning and doffing.
Offer a full range of motion and distribute weight to reduce musculoskeletal strain.
A thyroid shield is a protective collar that wraps around your neck to preserve your delicate thyroid gland during X-ray imaging, CT scans, fluoroscopy, and dental X-rays.
A standard collar that covers the neck and throat area.
An extra section extends downwards to cover the upper chest.
An environmentally friendly, cost-effective choice that eliminates sharing.
Caring for your precious vision takes the highest priority. Wearing leaded glasses is crucial if you work in fluoroscopy, diagnostic and interventional radiology, or industrial radiography. We offer a variety of branded frames fitted with top-quality 0.75 mm lead equivalence (LE) lenses from Corning’s Med X® range.
Radiodermatitis is a serious concern in the hands and arms. Pair our gloves with protective sleeves during interventional cardiology or fluoroscopy-guided procedures.
Are you interested in learning more about radiation protection solutions? Contact us today to secure an expert consultation!
For maximum tactile sensitivity.
For maximum attenuation.
Latex-free to avoid allergic reactions.
Boost your protection and comfort level with our wide range of radiation-protective accessories. Barrier Technologies supplies these additional items for extra safety and support. Please browse our latest catalogs to supplement your PPE.
Choosing the best radiation shielding depends on the nature of your application and anticipated levels of radiation exposure. You’ll need more protection if you undertake real-time imaging or experience prolonged exposure and higher dose rates. Here are some vital factors to consider when selecting your PPE:
Although lead shield radiation protection is still considered the gold standard, this toxic metal has inherent hazards. Lead-free core materials offer similar protection without all the drawbacks.
The design should adequately cover the intended tissues and organs. Also, consider the lead equivalence. For example, aprons should be no less than 0.35 mm LE for general diagnostic imaging and 0.5 mm LE for all other applications.
Check compliance with local and international regulators such as the American National Standards Institute (ANSI), National Council on Radiation Protection and Measurements (NCRP), Conformitè Europëenne (CE), and International Electrotechnical Commission (IEC).
Assess if you could spend long hours wearing the PPE without discomfort and fatigue. Additionally, does it have the necessary range of flexibility and movement?
High-quality fabrics and components, meticulous manufacture, and ease of cleaning will ensure longevity and sustained effectiveness in radiation protection.
With two decades in the industry, Barrier Technologies is a widely acknowledged frontrunner in radiation protection. We constantly strive to find innovative, breakthrough solutions that negate the dangers of scatter radiation. Our company motto, “Your safety is our concern”, reflects our passionate commitment to protecting your health and well-being now and in the future.
We place a strong emphasis on designs and materials that provide optimal coverage combined with ease of use. To this end, we conduct ongoing research and development to bring you novel and often revolutionary products. These include our proprietary UltraFlex™ covering fabric and patented MagnaGuard™ magnetic closure system.
All our products are proudly manufactured in the USA to the most exacting standards of quality and craftsmanship. Our customer-centric approach offers you expert guidance, rapid delivery times, responsive customer support, and unbeatable after-sales service. We invite you to read our Capabilities Statement to see who we are and what we can do for you.
When buying radiation protection equipment, there are many important factors to consider based on your characteristics and the nature of your work. You should explore the best radiation shielding materials, effective shield design, conformance to regulations, comfort, and durability.
We confidently state that when you have made your comparisons, Barrier Technologies will appear at the top of your list of preferred manufacturers. We supply the latest radiation protection shield technology and equipment to meet your every need.
Our friendly and highly competent staff have all the answers to your radiation protection questions. Contact us now to make the right choice for your safety!
Radiation exposure can be a major concern for healthcare professionals who work with radiation sources on a regular basis. Radiation protection equipment includes a range of devices and equipment that help minimize exposure levels. This basic buying guide is designed to help you make an informed decision when buying equipment for protection against harmful radiation.
There are four main types of personal protective equipment for radiation protection, all of which have some level of lead or lead-equivalent protection.
When buying radiation protective gear, it is important to determine the type of radiation source you will be working with. Different radiation sources produce different types and levels of radiation, so this will depend on the type of procedure being performed.
Proper fit is also a factor when choosing radiation protection equipment. Barriers and shields should be sized to protect the at-risk area, whether it is a smaller shield portion of the body or a full-body barrier. Radiation protection garments and gloves should be comfortable to wear for long periods and should not interfere with your work. Similarly, eyewear and face shields should have the proper prescription or should be sized to fit over existing glasses as needed.
The following collection of articles provides a more in-depth look into each of these categories of radiation protection equipment as well as some more information about lead thickness, helping you make a more informed decision.
Radiation protection equipment is an essential factor in ensuring healthcare professionals are safe while working with radiation sources. It is crucial to choose the right type of equipment that meets the necessary safety standards set by both your facility and the International Commission on Radiological Protection (ICRP). By adopting the right radiation protection methods and using the appropriate protective equipment, healthcare professionals can work safely while delivering top-quality care to their patients.
For more information, please visit radiation detection and measurement solutions.