Gyrotron Beam Processes
Applications
: Curing
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Gyrotron Beam Ultra-rapid Curing |
Using the Gyrotron Beam's selective heating capability the catalyst can be heated to a high temperature, much higher than the polymer, ensuring short curing time. A curing time of seconds can be achieved for all kinds and thicknesses of polymers. The Gyrotron Beam's "cold" curing process results in a high degree of cross-linking, creating product durability, high tensile and impact strength.
All types of heat treatment processes for plastics, composites, prepregs, adhesives and other polymer-based materials benefit from an innovative technology which enhances process speeds and product integrity, eliminates the need for massive heaters (furnaces, dies, etc.), reduces production costs, extends shelf and pot life, increases product quality. In addition, large size and complex-shaped parts are ideal candidates for gyrotron processes. |
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Moldings
Polymer processed through the mold, for example made of glass
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Sealing
Rapid and local sealing ceramic, glass, and plastic vessels . |
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Coatings
Coatings applied with only slight substrate heating |
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Pultrusion
Advantages Curing
Layer-by-Layer Processing
Prepregs
Polymers Coating
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