南京林业大学学报(自然科学版)
南京林業大學學報(自然科學版)
남경임업대학학보(자연과학판)
Journal of Nanjing Forestry University(Natural Science Edition)
2015年
5期
111-117
,共7页
郭伟%牛晓霆%蔡英春%李伟
郭偉%牛曉霆%蔡英春%李偉
곽위%우효정%채영춘%리위
疏水纳米SiO2%改性蜂蜡%缅甸花梨木%烫蜡%紫外光耐久性
疏水納米SiO2%改性蜂蠟%緬甸花梨木%燙蠟%紫外光耐久性
소수납미SiO2%개성봉사%면전화리목%탕사%자외광내구성
hydrophobic nano SiO2%modified beewax%Bruma rosewood%wax polish%ultraviolet durability
在以传统烫蜡工艺对缅甸花梨木表面进行改性蜂蜡烫蜡处理过程中,为了改善传统烫蜡后木材表面对紫外光的耐久性,采用疏水纳米SiO2对传统烫蜡用材蜂蜡进行共混改性处理. 以色度学参数、表面光泽度、接触角及纹理明显性为评价指标,探讨不同疏水纳米SiO2含量对烫蜡后木材表面耐紫外光性能的影响. 结果表明:疏水纳米SiO2的应用能有效增强木材表面颜色对紫外光的耐久性,纳米SiO2的加入均降低了烫蜡后木材表面光泽度,当疏水纳米SiO2加入量为1%时,处理材的光泽度最接近于未处理材;疏水纳米SiO2加入量为2%时,改性后蜂蜡处理材表面色差值最小,木材表面疏水性增强,对于提高烫蜡后花梨木表面紫外光耐久性最佳,紫外光辐射96 h后对木材纹理明显性的影响不大.
在以傳統燙蠟工藝對緬甸花梨木錶麵進行改性蜂蠟燙蠟處理過程中,為瞭改善傳統燙蠟後木材錶麵對紫外光的耐久性,採用疏水納米SiO2對傳統燙蠟用材蜂蠟進行共混改性處理. 以色度學參數、錶麵光澤度、接觸角及紋理明顯性為評價指標,探討不同疏水納米SiO2含量對燙蠟後木材錶麵耐紫外光性能的影響. 結果錶明:疏水納米SiO2的應用能有效增彊木材錶麵顏色對紫外光的耐久性,納米SiO2的加入均降低瞭燙蠟後木材錶麵光澤度,噹疏水納米SiO2加入量為1%時,處理材的光澤度最接近于未處理材;疏水納米SiO2加入量為2%時,改性後蜂蠟處理材錶麵色差值最小,木材錶麵疏水性增彊,對于提高燙蠟後花梨木錶麵紫外光耐久性最佳,紫外光輻射96 h後對木材紋理明顯性的影響不大.
재이전통탕사공예대면전화리목표면진행개성봉사탕사처리과정중,위료개선전통탕사후목재표면대자외광적내구성,채용소수납미SiO2대전통탕사용재봉사진행공혼개성처리. 이색도학삼수、표면광택도、접촉각급문리명현성위평개지표,탐토불동소수납미SiO2함량대탕사후목재표면내자외광성능적영향. 결과표명:소수납미SiO2적응용능유효증강목재표면안색대자외광적내구성,납미SiO2적가입균강저료탕사후목재표면광택도,당소수납미SiO2가입량위1%시,처리재적광택도최접근우미처리재;소수납미SiO2가입량위2%시,개성후봉사처리재표면색차치최소,목재표면소수성증강,대우제고탕사후화리목표면자외광내구성최가,자외광복사96 h후대목재문리명현성적영향불대.
In order to effectively improve ultraviolet aging durability of traditional wax coating hardwood surface, tradi?tional beewax was modified by hydrophobic nano SiO2 using blending method. According to the traditional wax polish process, the surface of Bruma rosewood (100 mm×100 mm×10 mm) was treated with the modified bee wax. The ultravi?olet resistance was investigated through analyzing colorimetric parameters, surface gloss, contact angle and texture pros?perities change. The results showed that the application of hydrophobic nano SiO2 could effectively enhanced the ultravio?let durability of wood surface color. When the addition amount of hydrophobic nano SiO2 was 2%, the color difference of modified wood surface was minimum and the hydrophobic property of wood surface was also enhanced. The wood texture prosperities change was reduced by ultraviolet radiation 96 h. The addition of nano SiO2 reduced the wood surface gloss, and the surface gloss of wood surface treated by modified beewax with the addition hydrophobic nano SiO2 amount of 1%was close to the untreated wood. In addition, the optimal addition amount of hydrophobic nano SiO2 was 2% through the analysis of improvement of the ultraviolet durability.