1) powder spraying
粉末涂塑
1.
Manufacture of spiral welded pipe used in waterwork, pretreatment, powder spraying, property and testing method of painted steel pipe are introduced, the development trend is included also.
介绍了自来水工程用螺旋焊管的制造、前处理、粉末涂塑工艺及涂塑钢管的性能与检验方法,指出自来水用钢管涂塑的发展趋势。
2) powder
粉末
1.
Microstructural characteristic of rapidly solidified W9 high speed steel powders;
气体雾化快凝W9高速钢粉末的组织特征
2.
Selective laser sintering——A kind of rapid prototyping technology based on special powders;
特种粉末选择性激光烧结快速成形技术
3.
Status of Preparation and Application of Fe-Ni Alloy Powder;
铁镍合金粉末的制备及应用现状
3) powders
粉末
1.
Hydrothermal treatment of barium strontium titanate (BST) powders obtained by solution-precipitation method;
溶胶-沉淀法制备钛酸锶钡粉末及其水热处理
2.
The Influence of Feed Way on Ferrite Powders Made by Hydrothermal Process;
加料方式对水热法制铁氧体粉末的影响
3.
Studies on hydroxyapatite powders via sol-gel process;
溶胶-凝胶法制备羟基磷灰石粉末的研究
4) metal powder
金属粉末
1.
Discussion on the damage of metal powder to bus bar of insulation Al-smelting pots;
浅谈金属粉末对铝电解槽母线绝缘的危害
2.
State-of-the-arts in metal powder rapid prototyping;
金属粉末激光烧结快速原型制造技术发展现状
3.
Application and Developmeat of ultrasonic in nanosized metal powder preparation;
超声波在纳米金属粉末制备中的应用与发展
5) powder coatings
粉末涂料
1.
Control of shot blast pretreatment for application of powder coatings;
粉末涂料涂装抛丸前处理的控制
2.
Preparation of powder coatings and safety management of application;
粉末涂料制作与施工的安全管理
3.
Formula study of heavy-duty epoxy powder coatings with cathodic peel resistance;
抗阴极剥离的重防腐环氧粉末涂料配方研究
6) powder coating
粉末涂料
1.
Effect of inorganic nano-particles on UV-curing powder coatings;
无机纳米粒子对UV粉末涂料的影响
2.
Development of polyphenylene sulfide powder coating;
耐热耐腐蚀聚苯硫醚粉末涂料
3.
Design and improvement on process of fireproof powder coating used for steel structural parts;
钢结构用防火粉末涂料的配方设计与改进
参考词条
补充资料:粉末涂布
分子式:
CAS号:
性质:使粉状物料在基材表面上熔融,形成连续涂膜的方法。流化床涂布,静电涂布,喷涂等均属此类。此法与液体涂料相比,具有不用溶剂,防止环境污染;一次涂布能得到较厚涂层;可以使用不溶解性树脂等特点。
CAS号:
性质:使粉状物料在基材表面上熔融,形成连续涂膜的方法。流化床涂布,静电涂布,喷涂等均属此类。此法与液体涂料相比,具有不用溶剂,防止环境污染;一次涂布能得到较厚涂层;可以使用不溶解性树脂等特点。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。