Industrial Shielding UHMWPE Board Lead With 5% Boron Polyethylene Sheets

Industrial Shielding UHMWPE Board Lead with 5% Boron Polyethylene Sheets

Borated polyethylene board is made of boron carbide and polyethylene composite materials. Machining borated polyethylene sheet can effectively prevent the harm caused by nuclear radiation to family and society. Also, according to customers' requirements, the boron carbide, borax, boron trioxide and lead powder can be added.

Boroned Polyethylene Board Advantages:

• It has good catalytic activity, little corrosion to equipment, and will not cause environmental pollution.
• Good radiation resistance, can meet the needs of different energy levels of radiation occasions.
• It has good machining performance and aging resistance.​

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).

Borated polyethylene is easy to work with, fabricate, and install, making it ideal for a wide range of shielding applications, such as high intensity x-ray rooms, medical vaults and vault doors, nuclear energy or storage facilities, particle accelerators, hot cells, and more.

Why Choose Boron-polyethylene board :

First of all, borated polyethylene is used in the nuclear power industry — to protect employees from radiation caused by:

• fast and thermal neutrons;
• alpha and gamma radiation (primary and secondary).

Speaking generally, almost all structural divisions of nuclear power need borated polyethylene sheets:

• nuclear power plants;
• nuclear - powered ships, etc.

BPE sheets with the right distance from the source of ionizing radiation, dimensions, boron concentration and some other indicators can both delay background radiation and active radiation by 100%, and reduce their intensity to health-safe values.

The second area of application of borated polyethylene is medical institutions — where there is a risk of radiation exposure: X-ray rooms, treatment rooms using fast neurons, rooms for fluorography, radiation therapy for cancer, etc.

The third area of demand is the creation of a safe environment in laboratories using radioactive installations and/or components.

Finally, borated polyethylene boards are purchased by ordinary citizens for household purposes if their homes are located near radio-emitting objects or the radio background is increased due to poor-quality building materials of walls, ceiling, etc.

FAQ:

Q1: Are you a trading company or manufacturer?
A1: We are manufacture to produce boron polyethylene plate.

Q2: What is your MOQ of boron polyethylene plate?
A2: It depends on the stock we have and the size you need.

Q3: Q: How soon can I get the goods?
A3: Generally, 5-10 days with stock and 15-20 days without stock, according to quantity.

Q4: How about your after-sales service?
A4: We have A dedicated after sales tracker, any need can contact us at any time.

  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.