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1)  UV cure equipment
紫外固化装置
2)  UV curing
紫外固化
1.
A high potential prospect in surface coating and more specifically for automobile bodies had provided by dual cure (thermal and UV) of clear coatings,where some drawbacks of UV curing could be overcome such as shadow area cure problem~().
因为其可能解决紫外固化的屏蔽区的固化不完全的问题[1]。
2.
The dendritic polyetheramide,which used for powder coatings,with crystallinity,thermal properties,and UV curing characters were investigated in this paper.
论述了紫外固化粉末涂料的优点、加工工艺、应用领域以及国际上研究与开发动态。
3.
Taking advantage of the transparency of glass and the maturity of UV curing technology,an intermediate layer bonding process with ultraviolet curable adhesive was investigated to bond silicon wafer to glass substrate.
利用玻璃的透光特性和紫外固化的成熟技术,研究了一种使用紫外固化胶作为中间层的玻璃/硅室温键合工艺。
3)  UV cured
紫外光固化
1.
UV cured silica/acrylate hydrophilic hybrid film;
紫外光固化二氧化硅/丙烯酸酯亲水杂化薄膜
2.
The flame retardant properties as well as the mechanism of the UV cured films were investigated.
报道了多种结构的低粘度多官能团有机磷(甲基)丙烯酸酯的合成,并对其固化膜的阻燃性能和阻燃机理进行了研究,重点讨论了其对于紫外光固化环氧丙烯酸酯和聚氨酯丙烯酸酯固化膜阻燃性能和降解机理的影响,以及有机磷丙烯酸酯体系膨胀机理和阻燃行为。
3.
This paper narrates the characteristics of UV cured materials and research status of photo-initiators, focusing on research progress of the application of UV cured coatings.
介绍了紫外光固化材料的特点和光引发剂的研究现状。
4)  UV curing
紫外光固化
1.
Investigation on pigment resistance transference of UV curing optical fiber coding inks;
紫外光固化光纤标识油墨的颜料耐迁移性
2.
Research progress of UV curing system;
紫外光固化体系的研究进展
3.
Study on ageing property of conductive adhesives with UV curing;
紫外光固化导电胶的老化性能研究
5)  UV-curable
紫外光固化
1.
Preparation of UV-curable coiling coatings;
紫外光固化卷材涂料的研制
2.
Synthesis and token of the resin for UV-curable powder coatings;
紫外光固化粉末涂料用树脂的合成和表征
3.
Application of single-function monomer on UV-curable plastic coatings;
单官能单体在紫外光固化塑料罩光涂料中的应用
6)  UV curing
紫外线固化
1.
According to the different papers,infrared drying or UV curing was selected,and then the cooling systems made the paper cool to improve the drying effect.
阐述全能纸张烘道系统主要组成,根据烘干物料的不同,选择红外线干燥或紫外线固化,烘干后经运风降温冷却,提高纸张的干燥效果。
补充资料:紫外固化装置
分子式:
CAS号:

性质:能产生波长200~400nm紫外光使含双键的高分子化合物进行交联固化的装置。此装置主要包括紫外光源和固定试件的部件所组成。

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