Borated UHMWPE Board

Borated UHMWPE Board
Details:
Borated UHMWPE Board is a new‑type composite engineering plate made with ultra‑high‑molecular‑weight polyethylene as the matrix, into which boron‑containing functional fillers are uniformly added for modification. Retaining the excellent wear resistance, impact resistance and self‑lubricating properties inherent to ultra‑high‑molecular‑weight polyethylene, this material delivers stable neutron‑shielding performance. With corrosion resistance, low weight and good machinability, it suits a wide range of industrial and special‑protection scenarios. It is a multi‑functional engineering material that balances structural performance and special protection requirements.
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Description
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Dezhou Huaao Rubber & Plastic Technology Co., Ltd. is one of the most reliable manufacturers and suppliers of borated uhmwpe board in China. With abundant experience, we warmly welcome you to wholesale high quality customized products at competitive price from our factory. Also, quotation and free sample are available.

 

Products Description

 

Borated UHMWPE Board is a new‑type composite engineering plate made with ultra‑high‑molecular‑weight polyethylene as the matrix, into which boron‑containing functional fillers are uniformly added for modification. Retaining the excellent wear resistance, impact resistance and self‑lubricating properties inherent to ultra‑high‑molecular‑weight polyethylene, this material delivers stable neutron‑shielding performance. With corrosion resistance, low weight and good machinability, it suits a wide range of industrial and special‑protection scenarios. It is a multi‑functional engineering material that balances structural performance and special protection requirements.

 

 

Product Advantages

 

Wear‑Resistant and Durable

The plate surface offers outstanding wear resistance. It withstands long‑term material erosion and friction, effectively extending component service life and reducing frequent maintenance costs.

01

Stable Shielding Performance

Boron elements are evenly distributed throughout the material, enabling consistent and stable neutron moderation and absorption to guarantee operational safety in target applications.

02

Corrosion‑Resistant and Impact‑Resistant

It has good resistance to chemical corrosion and high impact toughness. It resists cracking and deformation when struck by heavy loads and performs reliably under complex working conditions.

03

Self‑Lubricating and Non‑Sticking

The plate surface has inherent self‑lubricating characteristics and low friction. Materials rarely adhere to its surface, which effectively minimizes material blockage and buildup.

04

 

Product Structure

 

Matrix Layer

Pure ultra‑high‑molecular‑weight polyethylene serves as the base substrate, delivering core performance including superior wear resistance, impact resistance and self‑lubrication.

Integrated Homogeneous Structure

The plate contains no delamination or significant voids and features uniform density. Its performance does not readily deteriorate over long‑term operation.

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Functional Modified Layer

Boron‑containing functional components are homogeneously dispersed within the matrix, ensuring consistent shielding performance without localized weak points.

Machinable Outer Layer

The plate surface is flat and smooth with no prominent impurity protrusions. It supports downstream machining operations such as cutting, drilling and milling.

 

Application Scope

 

Industrial Wear‑Resistant Scenarios

It is deployed as wear‑resistant liner panels for hoppers, chutes, port machinery and other assemblies to reduce material‑induced wear losses.

Medical and Scientific‑Research Fields

It fits radiation‑related departments and neutron laboratories for constructing targeted local shielding‑protection structures.

Heavy‑Industry and Mining Scenarios

Used within mining and coal‑conveying equipment, it combines wear‑resistance and anti‑sticking properties to adapt to field conditions and ensure smooth material discharge.

Special‑Engineering Scenarios

It is suitable for various special‑engineering projects requiring a combination of lightweight construction, shielding capability and impact resistance.

 

Precautions

 

Do not expose the plate to sustained high temperatures beyond its temperature tolerance range, to prevent softening and deformation.

Prevent sharp heavy objects from striking the plate surface vertically from height during use, to lower the risk of localized damage.

Verify material compatibility before contact with highly corrosive special media to avoid unexpected corrosion.

Open‑flame welding, high‑temperature baking and similar operations on the plate are not recommended, as these may compromise its overall structural performance.

Avoid placing heavy objects far exceeding its load capacity on the plate surface for extended periods, to prevent permanent deformation.

 

Product Image

 

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FAQ

 

Q: Will boron leach out of Borated UHMWPE Board during operation?

A: Plates manufactured under qualified processes maintain stable bonding between functional components and the matrix. No boron leaching occurs under normal operating conditions.

Q: Does its performance degrade rapidly after long‑term outdoor exposure?

A: The plate possesses good weather resistance under normal conditions. Performance degradation proceeds slowly over long‑term service, and it meets the requirements of standard outdoor working conditions.

Q: Can standard fasteners be used directly when installing Borated UHMWPE Board?

A: Suitable conventional fasteners may be used for installation. Avoid forceful localized knocking that could cause partial damage to the plate.

 

Factory Environment

 

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