E-beam Crosslinking vs Chemical Crosslinking
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:
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:
E-BEAM Services is sending their product enhancement expertise on the road this March for North America’s leading exhibition for the technical foam manufacturing supply chain: the Foam
[embedyt] https://www.youtube.com/watch?v=3S-SLnbCUh0[/embedyt] Are you an organized traveler? Do you know how to pack your business pants to minimize creases? Or are you more likely to
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,
[embedyt] https://www.youtube.com/watch?v=XRJQQE8qmMI[/embedyt] What if you had a tool you could use to improve your existing plastic or polymer product? Or a tool that enables
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
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
You might remember from high school chemistry class that solubility is increased by chemical similarity between solute and solvent. Plastics will be most vulnerable to
Crosslinking plastics, using e-beam processing, creates excellent property improvements. But just what is crosslinking? If you want the technical definition (which may make your eyes
Let me tell you a story. In June of 2013, I was standing in our booth at the MD&M show in Philadelphia when I turned