UHMWPE Sheet
UHMWPE Sheet
Polyethylene - Ultra-High Molecular Weight
PE1000 exhibits an exceptional array of attributes, including impressive abrasion resistance, unparalleled sliding properties, and formidable toughness. It proudly demonstrates commendable chemical resistance, high impact strength, and minimal moisture absorption. Moreover, PE1000 has been certified as food-compliant, establishing it as a dependable choice for critical processing applications. This versatile material exemplifies its worth across diverse industries, delivering unparalleled durability and performance in heavy-duty scenarios and food-related environments alike. PE1000 emerges as a trusted and proficient solution, promising excellence in a myriad of applications.
Properties
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Impressive wear and sliding capabilities
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High impact strength
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Broad temperature range (+80 to -200°C)
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Low friction coefficient
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Minimal moisture absorption
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Compliant with food contact regulations
Applications
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Food processing industries
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Conveyor and bottling sectors
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General machining applications
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Plant engineering projects
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Bulk material handling tasks
Frequently asked questions
UHMWPE Sheet offers several advantages:
Odourless, tasteless, and nontoxic
Extremely low moisture absorption
Very low coefficient of friction
Maintains toughness even at temperatures below −150°C
Self-lubricating and highly abrasion resistant
Resistant to water, moisture, and most chemicals
Resistant to microorganisms
UHMWPE Sheet has the following disadvantages:
Melting point around +130°C to +136°C
Not advisable to use UHMWPE at temperatures exceeding 80°C to 100°C for extended periods
Under load, UHMWPE will deform continually as long as the stress is present, an effect known as creep
May not be suitable for high load applications
UHMWPE Sheet exhibits exceptional resistance to abrasion and is one of the best materials for lining chutes and hoppers in highly abrasive environments, such as quarries. It has an incredibly low coefficient of friction, making it ideal for guiding containers along conveyors in food production environments. Its resistance to moisture absorption also makes it suitable for marine applications and some cryogenic components. Additionally, UHMWPE is increasingly used in various industrial applications, including automotive, manufacturing, and bottling sectors.
UHMWPE Sheet is commonly used for lining chutes and hoppers in harsh and abrasive environments, as well as for guiding containers along conveyors in food production settings. Its low moisture absorption makes it suitable for marine applications and some cryogenic components. It is also utilised in various industrial applications, including automotive, manufacturing, and bottling sectors.
High-speed steel tooling with proper rake and clearances is recommended for machining UHMWPE Sheet. However, clamping UHMWPE parts without distortion can be challenging, and drills may tend to screw into the sheet material when drilling.
UHMWPE does not absorb water readily, making it difficult for adhesives to bond effectively, resulting in low shear strength.
Natural grade UHMWPE is FDA approved for use in food applications.
UHMWPE Sheet is highly resistant to abrasion, making it 15 times more resistant than carbon steel in some forms.
Yes, it is extremely resistant to corrosive chemicals although not oxidising acids.
UHMWPE Sheet can also be obtained in a regenerated grade known as RG1000, which offers similar performance to virgin grade UHMWPE Sheet at a reduced price, making it a budget-friendly option for certain projects.
UHMWPE Sheet is available in two common sizes: 2000mm X 1000mm and 3000mm X 1250mm. It comes in thicknesses ranging from 2mm to 250mm and is available in natural (white), black, and green colours.
UHMWPE Sheet offers a unique combination of outstanding properties, including superior abrasion resistance, impact resistance, and self-lubrication. It is a versatile engineering plastic that can be machined into various parts at a competitive price.
UHMWPE Sheet is a high-performance engineering plastic with exceptional abrasion resistance and a low coefficient of friction. It is tough, lightweight, and maintains its properties even in cryogenic conditions. This versatile material finds applications in various industries, including quarrying, food production, marine environments, and industrial sectors like automotive and bottling.