A chamber for characterizing the rheological behavior of UV-curing materials

Ultraviolet (UV) and electron beam (EB) curing are emerging technologies with exciting potential for use in many different industries. One useful feature of UV/EB-sensitive products is that they can be applied to nearly any surface. Also, these materials can be processed in different ways, from simple dipping applications to use in sophisticated processing equipment. There are two advantages to UV/EB coatings: energy savings and reduced chemical use. Processes can be re-designed to reduce the required amounts of heat or solvents. In addition, these processes are fast, which can increase processing speeds and improve productivity. Industries that use these curing materials include, but are not limited to, adhesives, abrasives, coatings, flooring, wood finishing, packaging, printing, electronics, and medical applications. We present measurements on a UV curing material taken on the Anton Paar Advanced UV system.

Introduction

Ultraviolet (UV) and electron beam (EB) curing are emerging technologies with exciting potential for use in many different industries. One useful feature of UV/EB-sensitive products is that they can be applied to nearly any surface. Also, these materials can be processed in different ways, from simple dipping applications to use in sophisticated processing equipment. There are two advantages to UV/EB coatings: energy savings and reduced chemical use. Processes can be re-designed to reduce the required amounts of heat or solvents. In addition, these processes are fast, which can increase processing speeds and improve productivity. Industries that use these curing materials include, but are not limited to, adhesives, abrasives, coatings, flooring, wood finishing, packaging, printing, electronics, and medical applications.

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