Crosslinked foams have improved physical properties over non-crosslinked foams and often go into more demanding applications, particularly where tolerances are more important, such as:
Category Archives: Property Improvements
E-beam Crosslinking vs Chemical Crosslinking
Also posted in Crosslinking & Polymer Modification, Sheet Processing
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Crash Course Recap: The Polymer Dating Game
Whether you need terminal sterilization or crosslinking, your product either consists of or is packaged in at least one polymer. How those polymers react to e-beam is extremely important. In the E-BEAM Crash Course: The Polymer Dating Game, we take a look at three common polymers, and how they react to e-beam.
Also posted in Chain Scissioning, Crosslinking & Polymer Modification, E-Beam, Sterilization
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Crash Course Recap: Crosslinkable Polymers
The last E-BEAM Crash Course tackled the subject of crosslinkable polymers. But just what are crosslinkable polymers? Ionizing radiation produced by the electron beam breaks bonds within the molecules of the polymers. With some polymers, these bonds reform in a beneficial way, which we call crosslinking. For example, polyethylene is a polymer that is relatively […]
Also posted in Crosslinking & Polymer Modification, E-Beam
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Increasing UHMWPE abrasion resistance with electron beam processing
Are you looking for a tough material with high abrasion resistance? The e-beam process can greatly improve the abrasion resistance of Ultra High Molecular Weight Polyethylene. Ultra High Molecular Weight Polyethylene is also known as UHMWPE. It’s pretty cool stuff. As the name implies, it is polyethylene with really long chains. In fact, its molecular weight […]
Also posted in Crosslinking & Polymer Modification, E-Beam
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Throwback Thursday: Long-lasting barrier-resistant properties
With a show of hands, how many of you wear makeup on a daily basis? I myself never leave home (and actually rarely even walk around home by myself) without mascara and some form of gloss or lipstick. And in today’s world, a lot of us care a lot about what goes into our makeup. […]
Also posted in Crosslinking & Polymer Modification, E-Beam, Molded Parts
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At home with electrons
At this point, if you’ve read through a number of our blog entries you might be thinking, “Okay, this electron beam thing is REALLY cool, but I’m not a medical device manufacturer or a resin supplier, so it doesn’t really affect me.” In actuality, you might be surprised to learn that products modified by electron […]
Also posted in Bioreduction, Chain Scissioning, Crosslinking & Polymer Modification, E-Beam, Molded Parts, Rheology Control, Sheet Processing, Sterilization, Wire, Cable, & Tubing
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How Does The Electron Beam Crosslinking Process Work?
What if you had a tool you could use to improve your existing plastic or polymer product? Or a tool that enables you to create a new specialty product? What if that tool could improve the temperature rating of your product or improve its chemical resistance or give it the low-temperature impact resistance your need? […]
Also posted in Cost, Crosslinking & Polymer Modification, E-Beam, Molded Parts, Processing Capabilities, Sheet Processing, Wire, Cable, & Tubing
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Crosslinked Foam and Its Application in the Automotive Industry
Did you know that electron beam processing is used to create crosslinked polyolefin foam? The extruded, unfoamed matrix is beamed at E-BEAM Services in an efficient reel-to-reel process. Later it can be foamed in a high heat process offsite. Crosslinked foam has increased heat stability, strength, and chemical resistance while retaining flexibility. These properties make […]
Also posted in Crosslinking & Polymer Modification, E-Beam, Sheet Processing
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The Story of E-BEAM Services: Crosslinking
We are E-BEAM Services, we are committed to the power of electrons, and we are crosslinking. In the video below, you will learn about the history of crosslinking at E-BEAM and how we are the industry leaders in the changing the material properties of polymers in order to create a superior product. Transcript […]
Also posted in Chain Scissioning, Crosslinking & Polymer Modification, E-Beam, Molded Parts, Processing Capabilities, Product Qualification, Rheology Control, Sheet Processing, Wire, Cable, & Tubing
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5 Common Questions About Rheology
When you e-beam polyethylene resin pellets, won’t there be gels? This is often one of the first questions asked in regards to e-beam processing in relation to changing the rheology of polymers. The concern is that with the e-beam irradiation, crosslinking is occurring and therefore hard gels are being formed. However, at low doses, before crosslinking […]
Also posted in E-Beam, Rheology Control
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