30% Borated HDPE Lead Boron Polyethylene Shielding Board For Nuclear Industry

Machining 30% Borated HDPE Lead Boron Polyethylene Shielding Board
Machining 30% Borated HDPE Lead Boron Polyethylene Shielding Board For Nuclear Industry

Boron polyethylene shield (borated polyethylene shielding box) of boron polyethylene materials according to use need to customize, used for shielding radioactive source radiation shielding, in boron polyethylene shield, boron can absorb effect, of boron neutron reaction cross section is larger, in has not happened before the reaction of hydrogen boron neutron can be fully absorbed, Thus play a complete shielding role.

Boroned Polyethylene Board Advantages:

• Good radiation resistance
• High wear resistance
• Good self lubricity
• High impact resistance
• Good electrical insulation

Product Specification:

Instead of a portable shield, the plate is used as a gasket and electrical insulation in various hollow structures or devices whose housing is protected by a casing (the plate is placed between the housing and the casing or is tightly lined on the outside of the object).

The easiest way to target the use of borinated polyethylene is to choose a suitable size plate and immediately use it as a mobile shield.

Composition of borated polyethylene​ :

Borated polyethylene is manufactured according to TU 20.16.10.111 – 012. – 27395268 – 2021. According to the provisions of this document, the boards consist of high-molecular polyethylene. The minimum concentration of boron is 3%, the maximum is 30%.There are three molecular carriers of boron:

• amorphous boron;
• chemically pure boron carbide;
• the composition of boron carbide with the isotope B10.

The following requirements are imposed on the content of boron in polyethylene, depending on the brand:

• 3% (BPE-3)
• 5% (BPE-5)
• 7% (BPE-7)
• 8% (BPE-8)
• 10% (BPE-10)
• 12% (BPE-12)
• 20% (BPE-20)
• 30% (BPE-30)

BPE boards are allowed to operate under reactor irradiation conditions and in environments heated to 100 ° C. The limit value of relative humidity is 100%. It is not prohibited to use in water, including sea, if the minimum temperature does not fall below -2 °C and does not rise above +30 ° C.

Application:

Borated polyethylene is a product specially designed for nuclear shielding applications. The material employs 5% Boron by weight to shield neutrons in a variety of applications including high intensity X-rays, cancer treatment facilities, hospitals, nuclear submarines and nuclear power plants.

About Us:

Tangyin Taixing Engineering Plastic Co., Ltd. is located in Tengfei road, Yigou town, Tangyin county, Henan. We have gained many professional certificates with 20 years of experience.

We are always dedicated to Providing high-performance goods and Producing new products for our customers. Mainly produce and sell UHMWPE sheet, UHMWPE Liner Sheet,Conveyor Roller ,Cutting board, Outrigger pad, ground mat. Our products sell well in domestic and international markets, such as the United States,Australia, Singapore, Pakistan, Thailand,South America etc, and are favorably appraised by clients.

  Beijing Silk Road Enterprise Management Services Co.,LTD is a professional production of engineering plastics, set production, sales, design, processing as one of the integrated enterprise.We have 20+ years of experience, covers an area of 25,000+ square meters,and has an annual output of 8,000+ tons.The main products imainly produces PE products such as UHMWPE board,  synthetic ice rink, PE marine fender, outrigger pad, UHMWPE liner, Plastic conveyor roller, UHMWPE special-shaped parts , HDPE sheets, HDPE ground protection mat, dual color HDPE sheets and so on.

Our company has a complete set of imported production equipment and a full set of advanced CNC machining equipment, advanced processing methods, strong technical force.equipped with the latest AutoCAD software, and connect with CNC machining centers, customer’s specific requirements to provide a full set of services, including product design stage of the profiles selected to material specifications determined until the final product production and processing.