The article introduced a new technology on synthesis of unsaturated polyester putty and the experiment .
本文介绍了不饱和聚酯腻子（ 原子灰）的合成技术及实验情况；
The evaluation methods of adhesion, compactness and high-temperature resistance of unsaturated polyester putty are discussed.
讨论了原子灰附着性、致密性、耐高温性的评价方法；介绍了原子灰的正确选择和施工应用。
GL-93 unsaturated polyester putty has been developed, which reaches the corresponding products in Japan and has bright future for application.
研制了GL- 93不饱和聚酯腻子，其性能指标与日本同类产品相当，具有广阔的应用前景。
Elastic epoxy modified unsaturated polyester putty can be used to add vinyl resin and adding flexible epoxy ester resin and improvement method of unsaturated polyester elastic.
弹性环氧改性不饱和聚酯腻子可采用添加乙烯基树脂以及添加柔性环氧酯树脂等方法改进不饱和聚酯的弹性。
The influence of the conductive carbon fibre, stainless steel fibre and conductive mica to the conductivity of unsaturated polyester putty and their action mechanisms are studied.
研究了导电碳纤维、不锈钢纤维和导电云母对提高原子灰导电性能的影响及作用机理。
The composition and curing mechanism of the unsaturated polyester putty has been described, and focused on discussion of the routes to improve the properties of unsaturated polyester putty.
阐述了不饱和聚酯腻子的组成及其固化机理。着重讨论了改进不饱和聚酯腻子性能的方法。
The evaluation methods of adhesion, compactness and high-temperature resistance of unsaturated polyester putty are discussed. The right selection and application process thereof are introduced.
讨论了原子灰附着性、致密性、耐高温性的评价方法；介绍了原子灰的正确选择和施工应用。
The present paper systematically introduced the synthetic process, properties and test method of the speciality unsaturated polyester (UP) , which was a main component used for making polyester putty.
系统介绍了生产原子灰专用不饱和聚酯的研制过程、产品性能及测定方法。
The putty with good properties was prepared from air drying unsaturated polyester resin by authors ourselves. A brief description was given to the syntheses in UPR and putty.
利用自制的气干性不饱和聚酯树脂研制出性能优良的聚酯腻子，介绍了不饱和聚酯及其腻子的制法并讨论了影响腻子性能的一些因素。
The putty with good properties was prepared from air drying unsaturated polyester resin by authors ourselves. A brief description was given to the syntheses in UPR and putty.
利用自制的气干性不饱和聚酯树脂研制出性能优良的聚酯腻子，介绍了不饱和聚酯及其腻子的制法并讨论了影响腻子性能的一些因素。
应用推荐