Nuclear radiation poses significant danger to people, structures, devices, and equipment exposed to it; therefore, effective shielding is critical. In plants, labs, and other buildings where neutron sources and equipment are used, shielding walls are an excellent way to protect against neutron radiation.

Nuclear Reactor ShieldingFrontier offers nuclear shielding options for a variety of industries and applications using our NuWEP® water-extended polyethylene resin shielding walls. Below are some of the common applications for our nuclear shielding solutions:

Frontier’s Nuclear Shielding Solutions

At Frontier Technology Corporation (FTC), one of our core specialties is neutron shielding. We offer Type-A shipping containers for transporting neutron sources and versatile shielding walls for protection from radiation from neutron sources such as californium-252 (Cf-252). .

WEP For Neutron Shielding

Neutrons are uncharged particles that can easily pass through dense materials, such as lead, reducing the level of protection. Instead, hydrogen-rich materials, such as water and water-extended polyethylene (WEP) resin, are more effective at blocking neutrons. For this reason, they are regularly used as nuclear shielding materials.

WEP resin creates a strong, effective barrier to protect anyone nearby and the surrounding environment from the hazards of neutron source exposure.

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Nuclear Radiation Shielding

Frontier Technology Corporation stands at the forefront of advancements in neutron radiation protection, providing tailored solutions to meet the specific needs of various industries. Our custom neutron shielding solutions are designed to offer reliable protection against harmful neutron radiation.

Shielding Walls

Our neutron shielding walls are ideal for use in nuclear reactors, medical facilities, research laboratories, and industrial sites. They are essential for maintaining operational integrity and ensuring the health and safety of personnel and the surrounding environment. Specially constructed neutron shielding walls are needed in any setting where neutron radiation is a concern.

In addition to nuclear power plants, facilities that commonly work with Californium-252 (Cf-252) neutron sources include PINS and PGNAA material analysis systems, research laboratories, and cement, coal, mineral, and oil and gas production sites.

Nuclear Reactor Shielding & SMR Shielding

Effective nuclear reactor shielding is critical for the safety of personnel, equipment, and the environment. Reactor shielding systems are designed to attenuate neutron radiation produced during nuclear fission. Nuclear startup rods and fuel scanning devices that use neutron sources like Cf-252 produce high levels of neutron radiation.

Shielding walls can be used to significantly reduce radiation exposure, ensuring compliance with strict safety standards and regulations. Frontier Technology’s advanced shielding solutions not only optimize radiation protection, but are available in different thicknesses, heights, lengths, and widths, and with pass-through ports for utility without compromising safety.

Custom Shielding

SMR Shielding

Small Modular Reactors (SMRs) introduce distinct shielding challenges and opportunities due to their compact size and modularity. Frontier Technology provides and fills NuWEP inner materials for SMR shielding solutions to meet customer engineering requirements. Our SMR shielding materials ensure superior nuclear protection within limited spatial footprints, enabling safe operation for SMRs.

Our engineers work closely with SMR reactor developers to customize shielding solutions that simplify logistics, streamline construction processes, and reduce overall project costs. With extensive expertise in neutron physics, material science, and radiation attenuation, Frontier Technology ensures that each SMR shielding design aligns precisely with regulatory guidelines and operational requirements, empowering the deployment of SMR technology worldwide.

 

Custom Shielding Walls

Medical Shielding

In hospitals and clinics, neutron sources like Cf-252 can be used for radiation treatment of certain types of cancers, and for some diagnostic procedures. Patients, medical personnel, equipment, and physical surroundings must be protected from excess neutron radiation due to radiopharmaceuticals and other sources. Dosage is critical, as is proper shielding. Walls can be constructed to contain and limit the area that is exposed to neutron radiation and to block neutrons from escaping into other parts of the treatment area.

What Is Water Extended Polyethylene (WEP) Resin Material?

WEP beads are a solid polyethylene resin material and are emulsified with water to enhance their physical properties. After the emulsion process, fillers are added to reduce shrinkage and adjust appearance before a catalyst is used to cure the material.

Extending the resin with water absorbs heat, making it easier to cast parts without exotherm issues while keeping productions costs low. Since the resin mixture has low viscosity, it forms to the exact shape of complex and intricate designs with minimal risk of error.

What Are the Advantages of Water Extended Polyester Resin Material?

Choosing the right material for neutron source containment shielding is crucial. WEP resin is extremely effective at blocking harmful neutron radiation, and offers these key advantages:

Affordability

Because WEP resin is mixed with a substantial amount of water it is a lower cost option relative to other materials. WEP resin’s ability to cure quickly and completely fill complex molds also cuts costs by reducing production times and eliminating the risk of incomplete or poorly filled walls and containers.

Track-Free Curing

Resin-based products cure in the air without needing any heat or specialized curing processes, resulting in a track-free cure.

Other Benefits

WEP resin has a variety of desirable qualities, including:

  • Resistance to wear and weathering
  • Temperature resistance in relatively low-heat environments of up to 500°F (260°C).
  • Low shrinkage, which can be augmented with the presence of proper fillers
  • Resistance to water and other chemicals
  • Not activated by neutron flux

Custom Shielding Solutions

Frontier manufactures custom shielding walls to meet your neutron protection requirements. Our team excels at creating the radioactive protection that industries need to ensure safe handling and disposal of these materials. Our shielding solutions are trusted throughout the mining, nuclear, and military industries, among many more. Contact us today to learn more about our WEP material and neutron shielding or to get started on your shielding solution.

Contact us for a quote or to learn more

 

About Frontier Technology Corporation

Frontier Technology Corporation (FTC) is the world leader in californium-252 neutron source manufacturing and design, and is the foremost expert in logistics and shipping of radioactive material. Founded in 1984 by Treva Janzow and the late Edward Janzow, Frontier Technology is located in Xenia, Ohio. Frontier Technology has over 40 years of industry experience in providing the highest-quality neutron sources, PINS sources, nuclear start-up rods, TYPE-A shipping containers, WEP shielding, and antimony-beryllium pellets.

Get To Know Frontier

 

Nuclear Industry

The core of our business, we specialize in providing nuclear reactor start-up rods, californium neutron sources, and shipping containers for the nuclear power industry. Due to the inherently dangerous nature of this field, our team of experts ensures that all start-up rods are assembled according to customer specifications and are produced and shipped to exceed the highest safety standards.

Nuclear

Military & Defense Industry

We assist in the development of PINS for the military and defense industry. These products are heavily utilized by the Department of Homeland Security, the National Guard, and the U.S. Army to detect and identify the contents of chemical warfare materials, such as improvised explosive devices (IEDs).

Military & Defense

Oil & Gas Industry

We offer californium-252 neutron sources for the oil well logging industry. Manufactured to meet strict safety standards and match the exact specifications and unique instruments of our customers, these products act as a sonar echo to measure porosity, permeability, hydrocarbon presence, and borehole length in the ground, thereby detecting nearby oil, gas, sand, and shale beds.

Oil & Gas