Since 1974, Medi-Ray™ has been the largest supplier of radio-pharmaceutical shipping containers. Medi-Ray™ is famous for their high quality shielding radioactive products, X-ray, PET, CT or MRI equipments. Lead is used for the shielding of radioactive products. Lead shielding refers to the use of lead to shield or protect people or object from any radiation. To learn more, call 877-898-3003 or fax at 914-337-4620. You can also send emails to email@example.com
All medical diagnostic devices that use radiation require that the device be placed in a shielding to protect the machine operator and others who may be nearby from the radiation. Lead is used to shield these radiation equipment which allow safe radiation imaging. Also, the containers of nuclear medicines and other equipment are shielded with lead to ensure safety of people around.
When it comes to providing radiation shielding from every day used devices such as medical / X-ray and airport detection devices the best choice is using lead as shielding material. Lead has proven to be the most economic and effective material for protecting humans from radiation producing devices.
Lead lined rooms are used in various medical facilities & industries for protection from harmful radiation. Medi-RayTM is an ISO 9001:2008 certified company and has over 35 years of experience in the development of lead radiation shielding products. If you need lead shielding products contact Mediray at 877.898.3003 now!
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Lead shielding refers to the use of lead to shield or protect people or objects from radiation. Because of its high density and high atomic number, lead can effectively fade certain kinds of radiation. Lead containers are designed for the storage and shipment of radioactive materials. In most of the cases, outer dimensions and appearance are almost same; the difference lies in the thickness of lead shielding.
Medi-Ray fabricates lead containers for radioactive pharmaceuticals, nuclear applications, radioactive source storage, and waste containers. All containers feature interlocking component designs that guarantee no radiation leakage and provide safety during handling and transport. From outside, these containers are plastics shelled, that protects you from physically touching lead, which is a toxic metal. Medi-Ray can design and manufacture these lead shielding containers in multiple sizes that can accommodate hundreds of lead wall thicknesses, cover designs, and locking mechanisms.
These lead shipping containers are manufactured from A36 or 44W carbon steel. All hardware used from heavy-duty hinges to locks is of the highest quality. Extreme care is taken in the surface preparation to all surfaces for the supply and application of a finish coat of paint to the desired color. All storage containers are available with your choice in lead shielding from 1/32″ to 2″ thick or more.
Medi-Ray offers “just-in-time” delivery schedules for its clients to reduce customer inventory costs and to deliver mutually economical delivery quantities. Medi-Ray maintains a safety stock of castings, components, and finished products to guarantee timely delivery.
Medi-Ray quality control procedures are refined and expanded to include inspection procedures stipulated by customers. Certification by Medi-Ray quality control personnel accompanies each shipment.
Employees who work in x-ray rooms and nuclear industries run a high risk of incurring diseases like cancer due to repeated exposure to radiation. To avoid such fatalities, several lead products act as barriers to shield radiation and protect people working with or around the radiation scattering equipment.
Lead is a dense metal with a high atomic number and it can shield against all types of harmful radiation x-rays, alpha-rays and gamma rays. When you visit a medical facility, you can see that the x-ray technician moves behind a lead wall. You may wonder why the patient is not provided with the shielding material. This is because the patient may be exposed to x-ray radiation once or twice a year but the technician is exposed to the radiations repeatedly, maybe for several years because it is his job occupation.
Industries that deal with radiation also need to protect equipment from radiation. The equipment is shielded with lead casing or lead walls to control the intensity of radiation. Radioactive materials are stored in lead containers and radioactive waste is disposed of in lead bins. Lead containers are also used to transport radioactive materials. The lead transportation containers are specially designed to avoid any breakage or leakage during transportation.
Medi-Ray is a leader in the manufacture of radiation shielding products. They have been developing lead radiation shielding components since 1970. If you need radiation shielding products for your industry, contact Medi-Ray at 877-898-3003.
Radiation from equipment like x-rays, CT, MRI scanning and from radio pharmaceuticals are harmful if people are overexposed to them. Even if they are used to detect improper functioning of internal organs and to cure certain diseases, people around should be exposed to only permeable amounts of radiation. To regulate the intensity of radiations scattered by this equipment, they are shielded with lead.
Lead is the most malleable of all common metals, can be easily shaped / bent/cut and is resistant to corrosion. Due to its density, lead is the best and most affordable shielding product.
- Lead Plates
- Lead Containers
- Nuclear Medicine Accessories
- Lead Stampings
- Syringe Shields
- Lead Bricks
- X-Ray Shielding
- Sheet Lead
- Storage and Decay Containers
- Vial Shields
- Shipping Containers
Lead radiation shielding products are not only used in the medical field, but also in military, nuclear power industries and other industries for protection from radiation.
Medi-RayTM is the industry leader in lead radiation shielding products, and produces a range of products to meet different industrial requirements. Medi-RayTM uses timely and cost-effective methods of producing quality lead products. Medi-RayTM applies the latest software technology to achieve required customer’s design, reduce costs, improve overall quality, and adapt to product revisions and improvements.
Medi-RayTM ‘s production foresight enables customers to incorporate the latest technology advancements with no increase in costs. If are in need quality lead radiation shielding products, then call Medi-RayTM at 877-898-3003.
Lead is a great metal to use for a counterweight. It’s unique combination of high resistance to corrosion, malleability and high density allows for a versatile range of uses. Our quality control procedures guarantee consistent unit weight in our lead counterweights. Custom counterweights have been developed for automotive, marine, environmental equipment, construction equipment, scientific laboratory applications and even recreational use.
Some uses for lead counterweights include:
- Elevator Weights
- Lead sash weights (windows)
- Stage and theater weights
- Ballast lead weights
- Aerospace counterbalance weights
- Curtain weights
- Divers weights
- Boat keel weights
- Race car ballast weights
- Flagpole weights
Lead counterweights are typically 40% heavier than steel counterweights. This allows our lead counterweights to fit in smaller spaces and have lower centers of gravity. This also allows flexibility as to how the counterweights are positioned, due to the smaller space that it inhabits.
Since 1974, Mediray has been the largest supplier of radio-pharmaceutical shipping containers. Mediray is mainly known for shielding radioactive products, X-ray, PET, CT or MRI equipment. Lead is used for the shielding of radioactive products.
Lead – Best Radiation Shielding Metal
Lead is the best metal in providing protection from various sources of radiation. It has become a standard in the design of Radiation Protection systems. Lead shielding refers to the use of lead to shield or protect people or objects from radiation. Because of its high density and high atomic number, lead can fade certain kinds of radiation. And that’s why lead is used as radiation protection in applications ranging from x-ray imaging and PET rooms to nuclear reactors.
Criteria for Selection of Shielding Material
Thickness is not enough for a material to attenuate radiation. There are certain characteristics that are required in a material to use as radiation shielding.
- Shielding material should have high density and high atomic number, which in turn is better attenuator of x-rays and gamma rays.
- Shielding material should have good heat conductivity.
- Shielding material must be resistant to radiation damage.
- Shielding material should have required thickness and weight.
Apart from the above characteristics, you should also consider the cost of shielding material, transportation and installation. Also, take into account its wastage and scrap value; and availability and ease of shielding material.
Properties of Lead as Shielding Material
The properties of lead are its high density, high atomic number; high level of stability, ease of fabrication and availability makes it excellent shielding material.
- Lead has extremely low-level neutron absorption and practically no gamma radiation. It cannot become radioactive. Even after long exposure of neutrons, lead emits an insignificant amount of radiation due to activation.
- Lead is not too dense, but it is readily available, easily fabricated and is less expensive than other high-density materials.
- Lead is more uniform throughout as compared to other materials.
- Lead is less likely to become contaminated with dirt, which in turn may become radioactive.
- Lead can be immediately available for reuse, adaption or for sale as scrap.
Forms of Lead Available For Radiation Shielding
For radiation shielding various forms of lead are used. The shielding of containers for radioactive materials is usually metallic lead. Radioactive materials in laboratories and the medical industry are usually handled by remote control from a position of safety. Personal shielding includes lead aprons (such as the garment used during dental x-rays), thyroid shields, and lead gloves. There are also shielding devices available for laboratory equipment, including lead castles, structures composed of lead bricks, and thick containers for storing and transporting radioactive samples.
We understand why lead is the best shielding material. Mediray is devoted to innovation in lead metal technology as it mainly deals with shielding of X-ray, CT, PET, MRI equipment.
Lead is a material used in everyday life all over the world. It comes in many different sizes and shapes depending on its use. Its versatility and protective qualities make it a material in high demand.
Though all different forms of lead materials can be of great use to a number of industries, the most common and useful form of lead is the lead sheet.
Lead sheets are an important product, most of the time made from pure lead. These sheets have great importance in chemical and radiation related industries, as lead metal is highly resistant against a wide variety of chemicals, as well as x-rays and gamma rays. Lead sheets are built into walls of doctor’s offices, hospitals, and laboratories, as well as storage containers and aprons, to protect both doctors and patients from the harmful radiation and contamination associated with the medical field.
Lead sheets that are used in chemical, medical, and building related industries are generally either made from pure lead, or a mixture called lead-antimonial alloy. Calcium-lead and calcium-lead-tin are also suitable combinations for many applications of lead sheets as well.
As you can imagine, the benefits of lead sheets are considerable. For one, lead is a rugged, flexible, and long lasting material, that has considerable aesthetic appeal. Due to its benefits, lead is gaining great popularity in a number of industries. For example, the roofing business no longer considers lead use for traditional applications such as churches and historic buildings. Architects have been won over by the attractive and long lasting properties of lead sheets for modern buildings, both for roofing and the vertical cladding of external walls.
The high density and limpness of lead sheets make lead a very effective material for reducing the transmission of noise through partitions and doors of lightweight construction. Often the lead sheets are bonded to plywood or other building boards for convenience of handling. Current developments include employing lead sheets for the reduction of industrial noise, and from engines of all sorts. A particular advantage to this use of lead sheets is that the high density of the material creates a need for relatively thin layers to suppress the transmission of sound.