装饰薄木饰面过程对木门表面电阻的影响

发布时间：2018-03-15 00:11

本文选题：静电喷涂　切入点：装饰薄木　出处：《林产工业》2017年09期 　论文类型：期刊论文

【摘要】：静电喷涂技术在木门制造中的应用才刚起步,木门表面电阻的大小直接影响静电喷涂的效果。实木复合门是木门中的重要分支,它多以中密度纤维板(MDF)作为上下表层基材,并采用装饰薄木通过热压胶合的方式进行饰面处理。因此,探究装饰薄木饰面过程对木门表面电阻的影响规律能够为其后续的静电喷涂工艺提供关键数据及理论依据。笔者通过实验手段,以黑胡桃装饰薄木与中密度纤维板的饰面过程作为研究对象,分析饰面过程中胶合试件表面电阻的演变规律,以此来分析装饰薄木饰面过程对木门表面电阻的影响规律。实验结果表明:由于装饰薄木饰面过程中胶黏剂层的引入,木门饰面后其表面电阻降低、导电特性提高,有助于提高静电喷涂效果。
[Abstract]:Application of electrostatic spraying technology in wood manufacturing has just started, the wooden surface resistance directly affects the electrostatic spraying effect. Solid wood composite door is an important branch of it by wood, MDF (MDF) as the substrate surface, and decorated with Bo Mutong hot pressing way finishes. Therefore, influence of explore decorative veneered process of wood surface resistance can provide critical data and theoretical basis for the subsequent electrostatic spraying process. Through experimental methods, to finish process of black walnut veneer and MDF as the research object, the evolution analysis of the specimen surface veneer bonding resistance in order to analyze the influence of the decorative veneered process of wood surface resistance. The experimental results showed that: the introduction of adhesive layer of decorative veneered process, The surface resistance of the wooden door is reduced and the electrical conductivity is improved, which helps to improve the effect of electrostatic spraying.

【作者单位】：中国林业科学研究院木材工业研究所;
【基金】：国家林业局引进国际先进林业科学技术计划(“948”计划)“木门旋杯式静电喷涂技术引进”(2014-4-44)
【分类号】：TS653

【相似文献】