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工业上重要的双涂层系统中混合比例检测方案(红外光谱仪)

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Protective coatings are commonly applied to automobiles, aircrafts, ships, railways,furniture, bridges, concretes, architectural constituents, industrial installations, and many other products that we encounter on a daily basis. Coating application in many of these products is primarily implemented to provide protection against harsh environments such as UV light, extreme temperatures, acid, alkali, salt, water, and so forth, and to improve the aesthetic appearance of finished products.A wide variety of coating formulations exist in the market; their use depends on the performance requirement of the final product. Coatings may be applied to the products as a primer basecoat, a mid-coat, or as the topcoat. For example, polyurethane coating is applied on top of epoxy primer coating to prevent the discoloration of epoxy from UV and to provide the specified color and sheen.

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Mix Ratio Identification inIndustrially Significant Two-PartCoating Systems Using the Agilent4300 Handheld FTIR Introduction Protective coatings are commonly applied to automobiles， aircrafts， ships，railways，furniture，bridges， concretes， architectural constituents， industrial installations， andmany other products that we encounter on a daily basis. Coating application inmany of these products is primarily implemented to provide protection against harshenvironments such as UV light， extreme temperatures， acid， alkali， salt， water， andso forth， and to improve the aesthetic appearance of finished products. A wide variety of coating formulations exist in the market； their use depends on theperformance requirement of the final product. Coatings may be applied to the productsas a primer basecoat， a mid-coat， or as the topcoat. For example， polyurethanecoating is applied on top of epoxy primer coating to prevent the discoloration ofepoxy from UV and to provide the specified color and sheen. Agilent Technologies

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