Premium Neutron Shielding Borated Polyethylene for Construction Projects

• Customization: Available
• After-sales Service: Sales Service
• Warranty: 2
• Model NO.: UHMWPE sheet
• Kind: Engineering Plastic Sheet
• Water Absorption: ＜0.01%
• Contraction Percentage: ＜0.4%
• Tensile Strength: 30~40MPa
• Size: Cut to Size as Needs
• Colors: Black Is Common, White Also Ok
• Thickness: 10 to 300mm
• as Drawing Work: Ok
• Transport Package: Export Standard Pallet Packing
• Specification: as request cut to size
• Trademark: Xinxing
• Origin: Ningjin, Dezhou, Shandong Province, China
• HS Code: 3920109090
• Production Capacity: 5000000PCS
• Package Size: 105.00cm * 105.00cm * 110.00cm
• Package Gross Weight: 1020.000kg

Product Description

Product Description

Neutron Shielding for Construction Borated Polyethylene 
5% boron loaded polyethylene neutron shield - HMW grade
Borated Polyethylene Neutron Shielding board Radiation barrier

Borated Polyethylene Neutron Shielding, supplied by XINXING, is a lightweight, cost-effective neutron shielding solution to attenuate and absorb neutron radiation. Our borated polyethylene contains 5% (2% available on special order) boron content by weight. Used in the medical, nuclear, and industrial marketplaces borated polyethylene is ideal for medical vaults and doors, particle accelerators, hot cells, nuclear storage and transport containers, and nuclear detection systems.
Most radioactive fields consist of different types of radiation. The most common include fast neutron, thermal neutron, primary gamma rays and secondary gamma rays. XINXING Shield is a borated polyethylene neutron shielding designed to attenuate these types of radiations.

• Fast Neutrons are most effectively shielded by hydrogen. XINXING Shield   has an inherently high concentration of hydrogen, over 13% of volume.
• Thermal Neutrons are shielded by polyethylene with the presence of boron, such as XINXING Shield  Industrial Grade with 5% boron by weight.
• Secondary Gamma Rays are created by the capture of thermal neutrons by hydrogen. These captured gamma rays can be minimized by adding boron, resulting in a significantly reduced energy dosage of only .42 MeV.

For easy installation, XINXING's borated polyethylene neutron shielding comes in a standard sheet size of 48" x 96" x 1" thick.  You can easily cut this polymer material using standard woodworking tools. Also available in pellet form.

Neutron Shielding for Construction Borated Polyethylene 
Mould size :

Normal standard size here, Any small size need us to cut , we can satisfy your special need .

Length(mm)	Width(mm)	Thickness(mm)
2000	1000	6-300
3000	1500	6-300
4700	1200	6-300
5000	1300	6-300
4500	2000	6-300
3050	1220	6-100

FEATURES & BENEFITS

• Standard sheet size of 48″ x 96″ x 1″ thick (160lbs)
• Standard pellet size is 1/16" to 3/16" and available in 30 lb. bags or bulk
• Durable over a wide temperature range
• Consistent density and homogeneity
• Rated to MIL-P-23536A and EB2562E specifications
• Used as medical and industrial neutron shielding for more than 25 years.
• Light-weight, cost-effective and easily fabricated
• High cross-section for consistent neutron attenuation.
• Specific Gravity is 0.92.

APPLICATIONS

• Airport Security and Sea Port Security
• Medical Vaults
•  
• Nuclear Storage
• Nuclear-Powered Vessels & Vehicles
• Research Applications
• Linear Particle Accelerators
• Transport Containers

MATERIAL PROPERTIES

Properties	Units	ASTM	Nominal Values
Density	g/cc	D1505	0.918
Tensile Strength @ Break	%	D638	>500
Elongation @ Yield	p.s.i.	D638	>1,400
Flexural Modulus	p.s.i.	D790	30,000
Durometer	Shore D	D785	42
Notched Izod Impact	ft. lbs/in.2	D256	No Break
Vicat Softening Temp.	ºC (ºF)	D1525	89ºC (192ºF)
Brittleness Temp.	ºC (ºF)	D746	<-76ºC (<-105ºF)
Heat Deflection Temp. 66p.s.i.	ºC (ºF)	D648	50ºC (122ºF)
Haze	%	D1003	12.7
Dart Drop Impact Strength	g	D1709	130
Elmendorf Tear Strength	g	D1922	340

MATERIAL COMPARISON

Material	Density	Thickness
Water	1.000	8.8″
Concrete	2.400	9.6″
HD Concrete	3.500	9.6″
XINXING Shield 5%	1.040	8.0″

Also Available:

High-Density Pure Polyethylene Neutron Shielding

• High-density polyethylene (HDPE) with minimal impurities
• Neutron moderator with very high hydrogen content
• Available in slabs, cylinders, pellets, and can be easily machined into custom shapes

High purity polyethylene (HDPE) is used to thermalize fast neutrons, primarily for experimentation where it is desirable to produce a thermal neutron flux from a higher energy field. HP Polyethylene has minimal impurities that might absorb thermal neutrons.
Pure Polyethylene can be easily machined into complex shielding form factors and is available in virtually any shape or configuration. This material is often used in applications involving reactor physics, activation analysis, isotopic neutron sources and specially fabricated neutron casks.
Neutron Shielding - 30% Borated Polyethylene

• Contains 30% boron and relatively high hydrogen content
• Effective neutron shielding for criticality control applications
• Available in slabs, bricks, cylinders, and other custom shapes

Control of criticality is of the utmost importance during all phases of power reactor fuel handling, including reprocessing. In order to assure neutron isolation during these stages, shielding materials containing very high concentrations of boron are frequently used.
Borated Polyethylene 30 consists of polyethylene loaded with 30% natural boron. It contains 2.0 x 1022 boron atoms per cm3 and is typically used in applications such as criticality control where an effective thermal neutron absorber is required. It has a relatively high hydrogen content making it an effective fast neutron shield combined with a very high boron content for thermal neutron attenuation.
Borated Polyethylene 30 is available in slabs, bricks, and cylinders.
 

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