Why should you use ultraviolet light in a curing process? 相關
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A primary advantage of curing with ultraviolet light is the speed at which a material can be processed. Speeding up the curing, or drying step, [11] in a process can reduce flaws and errors by decreasing time that an ink or coating spends as wet. This can increase the quality of a finished item, and potentially allow for greater consistency.
Nuva Light used ultraviolet light to cure resin composites. It was discontinued due to this requirement, as well as the fact that the shorter wavelengths of UV light did not penetrate deeply enough into the resin to adequately cure it.
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Why should you use ultraviolet light in a curing process?
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What are the advantages of ultraviolet light?
How can UV curing reduce manufacturing time?
Solid ground curing utilizes the general process of hardening of photopolymers by a complete lighting and hardening of the entire surface, using specially prepared masks. In SGC process, each layer of the prototype is cured by exposing to an ultra violet (UV) lamp instead of by laser scanning.
When catalysts are activated by ultraviolet radiation, the process is called UV cure. Monitoring methods Cure monitoring is, for example, an essential component for the control of the manufacturing process of composite materials.
A UV coating (or more generally a radiation cured coating) is a surface treatment which either is cured by ultraviolet radiation, or which protects the underlying material from such radiation's harmful effects. [1]
In chemistry, a photoinitiator is a molecule that creates reactive species ( free radicals, cations or anions) when exposed to radiation ( UV or visible ). Synthetic photoinitiators are key components in photopolymers (for example, photo-curable coatings, adhesives and dental restoratives).
UV light can be used to harden particular glues, resins and inks by causing a photochemical reaction inside those substances. This process of hardening is called ‘curing’. UV curing is adaptable to printing, coating, decorating, stereolithography, and in the
