What is the cost for electron beam crosslinking plastic parts?

Polymer crosslinking or modification via e-beam is used for a wide variety of applications such as wire, cable, tubing, sheet products, resin pellets, and discrete parts. Each of these products has its own considerations from size, handling characteristics, dose requirements, and cooling requirements making electron beam throughput and pricing fairly complicated. To try to have […]

How does an electron beam accelerator work?

There are several different methods to accelerate electrons to form a beam. The accelerators used by E-BEAM Services are direct current, which provide a continuous versus a pulsed beam. As an example, our accelerators operate in the same way as a traditional cathode ray television set.

What factors affect the price of e-beam crosslinking of cable jacketing?

To answer this question we have to discuss some of the practical considerations in the e-beam irradiation process. In general, the cost associated with the processing of cable is time—the time it takes to process a reel and the time it takes to splice or change over to the next reel.

How do I know if my health care product is compatible with e-beam radiation?

Often, the first step in the qualification process is to determine the compatibility of your product with e-beam radiation. Some materials can experience a change in their properties with e-beam, so it is important to ensure the stability of your material and packaging at the beginning of the qualification process. Some initial guidance can be […]

What sizes of cable can be electron beam crosslinked?

E-BEAM Services can process many different cable sizes and constructions. We process thin gauge wire, down to 15 AWG (0.057 inch diameter), but also large cables over 2 inches in diameter. The thickness of the cable jacketing is also important to consider.

How do I know my part has been effectively crosslinked?

When most of our customers come to us, they have a specific property improvement in mind. Clients with a formed part may desire improved high temperature properties or improved tensile strength, while clients looking to improve the properties of polymers in pellet form may desire a specific melt index or melt strength.