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An Eco-efficiency Study of UV-Cured Automotive Refinish Primers.

机译:UV固化汽车改良底漆的生态效率研究。

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Today,most body shops are using a two component urethane or epoxy automotive refinish primer that in the long run is costing them more in terms of longer cycle times,rework and lost revenue opportunities.Thermal-or infrared-cured automotive primers have in the past been the preferred technology;however,recently a few coatings companies have introduced a new,yet proven,technology to refinishers -UV-cured undercoats.Refinish painters are embracing this technology and finding significant advantages over conventional systems.Automotive refinishers are concerned not only with the cost of doing business,but more recently due to growing regulatory requirements and stewardship awareness,environmental impacts of coatings are also of concern.An eco-efficiency study is one way to examine both the economic and environmental aspects of a technology over its life-cycle.
机译:今天,大多数车身商店都使用两种组分聚氨酯或环氧汽车修补底漆,从长远来看,在更长的循环时间,返工和损失机会损失的方面更加成本。热或红外固化的汽车底漆过去是首选的技术;然而,最近,一些涂料公司已经推出了一个新的,但经过验证的技术来改进者-uv固化的底饼.Refinish画家正在接受这种技术,并找到常规系统的显着优势。自动化学者不仅担心做生意的成本,但最近由于不断增长的监管要求和管理意识,涂料的环境影响也是关注的。生态效率研究是在其生命中研究一种技术的经济和环境方面的一种方式 - 循环。

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