菜籽油经水解制成十八烯酸，可制备各类改性醇酸树脂。
The hydrolysate of rapeseed oil, octadecenoic acid, can be used for modification of various alkyd resins.
所生产之醇酸树脂系列涂料，质量优良。
Produced by the series of alkyd paint and excellent quality.
阐述了棕榈油醇酸树脂及其醇酸氨基漆的制法。
The preparations of palm oil alkyd resin and its paint with melamine were related.
首选系统不得用于传统的醇酸树脂或油性树脂漆。
Preferred system can not be applied over conventional alkyd or oleoresinous paints.
平均官能度是影响醇酸树脂配方设计的重要参数。
The average function degree is an important parameter to design the formulation of the alkyd resins.
建立了适合于水溶性醇酸树脂配方设计的通用程序。
A general program of formulating of recipe suitable for self-drying water-soluble alkyd resin was established.
在多元醇酸树脂为基础的涂料成本较低但耐久性不佳。
Coatings based on alkyd resins tend to be relatively low cost but exhibit poor durability.
制造长、中、短油性醇酸树脂、松脂、安尔油和干性油。
It is mainly used for short, medium and long oil alkyd resins, tall oils.
介绍液晶改性醇酸树脂和可除去性涂料树脂的研究概况。
Alkyd resin modified with LC polymer and its use in a removable paint is introduced.
概述了改性醇酸树脂与氨基树脂生产低温快干氨基烘漆。
This paper summarizes the production of low-temperature siccative amino baking varnish through the modified alkide resin and amine resin.
从新的角度对醇酸树脂的配方设计、计算及其工艺提出了看法。
Some new viewpoints about formulation design, calculation and synthetics process of alkyd are given.
叙述了醇酸树脂和氨基树脂的配方和生产工艺，以及制漆配方和漆膜性能。
The formulations and production processes of alkyd and amino resins, and paint formulation and film properties were given.
应用扭辫分析法跟踪固化过程，讨论了影响氨基醇酸树脂力学性能的因素。
The curing process was followed by torsion-braid analysis. The factors affecting the mechanical properties of amino-alkyd resin have been discussed.
研究发现：改性后的醇酸树脂与固化剂相容性很好，与丙烯酸树脂相容性较差。
The compatibility of the modified alkyd resin with curing agents and acrylic resin were reviewed.
结果表明，苯乙烯改性桐油基醇酸树脂涂膜具有快干、高硬度和耐水性好等优点。
The results showed that modified alkyd resin paints possess good properties such as fast drying, high hardness and excellent water resistance.
讨论了合成的醇酸树脂、选用的氨基树脂及溶剂对氨基漆低温快速固化方面的影响。
The influence of alkyd resin, selected amino resin and solvents on the low temperature curing and quick drying of amino enamel is discussed.
结果表明：所得的丙烯酸改性醇酸树脂热变色涂料的性能优良，受热变色效果明显。
The results showed that the paint with noticeable color-changed effect when heated had perfect properties.
所得产物具有良好的耐热性，用改性松香类水性醇酸树脂制备的底漆具有较好的性能。
It has shown that the product provide good heat stability and good performance of the primer based on rosin-based waterborne alkyd resin.
性能测试表明：涂膜的硬度、耐冲击性、光泽等性能优于溶剂型的氨基醇酸树脂涂料。
The performance tests show that the property of the film, such as hardness, impact resistance and gloss, are better than those of the solvent-base alkyd melamine coating.
研究了以芥油代替豆油制备醇酸树脂的工艺方法，探讨了树脂在制备氨基漆中的应用。
This paper proposes the new technology of preparing alkyd resin by mustard oil instead of bean oil with discussions made on its applications in the preparation of amino celluloid baking paints.
醇酸树脂水性化的研究及在车辆建筑领域中的应用，指出水性醇酸树脂涂料的发展前景。
It tells the research and use of water-borne alkyd resin coatings and points out its prospects in vehicle and architecture fields.
采用聚氨酯改性自催化醇酸树脂，氨基树脂，助剂，溶剂等制成聚氨酯改性醇酸氨基漆。
The alkyd amino paint modified by polyurethane was formulated with self-catalyzed alkyd resin modified by polyurethane, amino resin, solvents, agent.
本文列举了葵花油醇酸树脂、印铁罩光漆、清漆、磁漆的配方、简单生产工艺和性能指标。
The formulations, production process and properties of the sunflower seed oil alkyd resins, coin printing finish, varnish and enamels were given.
本文综述了醇酸树脂的各种改性方法，重点讨论了各种改性原料的使用，并预测了其发展趋势。
The paper summarized the modified methods of alkyd resin and discussed the utilization of some kinds of modified materials and forecast its possible trends.
研究发现底漆涂膜的机械性能和外观由改性醇酸树脂的配比、酯化温度以及工业底漆配比所决定。
Mechanical properties and appearance of the cast film formed by this paint mainly depended on the addition of alkyd and industrial primer paint, as well as the esterization temperature.
研究发现底漆涂膜的机械性能和外观由改性醇酸树脂的配比、酯化温度以及工业底漆配比所决定。
Mechanical properties and appearance of the cast film formed by this paint mainly depended on the addition of alkyd and industrial primer paint, as well as the esterization temperature.
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