超低温固化，光泽高，机械性能好。
特别适用于需要低温固化的热敏感元件。
Particularly suited where low curing temperature is required for heat sensitive components.
该材料可低温固化。
DOVER系列低温固化胶是单组份、低温热固化改良型环氧树脂胶粘剂。
DOVER series low temperature curing adhesives are one part, low temperature heat curable epoxy.
该产品用于低温固化，并能在极短的时间内在各种材料之间形成最佳粘接力。
This product is designed to cure at low temperature and gives excellent adhesion on a wide range of materials in considerably short time.
文章提出了低温固化、液体成型、辐射固化等几种低成本制造技术用以解决这个问题。
Technologies of low cost composite structures, including low temperature cure, liquid forming, radiation cure are put forward to solve this problem in this paper.
本发明涉及一种低温固化性优良的含有氧杂环丁烷的热固性树脂组合物及其固化物。
A thermosetting resin composition which contains an oxetane compound and is excellent in low-temperature curability;
本文介绍了国外关于不饱和聚酯树脂在低温固化时，LPA对收缩控制影响状况的研究。
The paper introduces UP resin cures at low temperature and effect of LPA on the control of shrinkage.
随着人们对环保及低能耗要求的不断提高，低温固化电泳漆己成为电泳漆发展趋势之一。
With the increasing requirement on the environmental protection and low energy-consuming, the low cured EC is becoming a trendy for the development of EC sector.
通过选择合适的促进剂及其用量，确定了中低温固化环氧胶膜sy- 70的固化体系。
The curing system of a middle-low temperature curable epoxy film adhesive SY-70 was determined by the choices of proper accelerator and its content.
本发明的芳基硫醇-烯属不饱和双键聚醚砜的固化性组合物属于低温固化材料的技术领域。
The invention relates to a solidification compound of aryl mercaptan-olefinic unsaturated double-bond polyether sulfone, belonging to the technical field of low-temperature solidifying materials.
合成了用于阳极电泳漆的阴离子丙烯酸树脂，研究了影响树脂电沉积效果和涂膜性能的因素，探讨了涂膜在高温和低温固化的实现途径。
The title CED paint is developed by combination of acrylic and epoxy resins to solve the weathering problem for only epoxy resin CED "primer-topcoat in one" paint.
液体侵渍模塑使用低粘度的硅树脂，在低压和低温条件下抽运，在极短的时间内固化，与固体材料相比，废弃物少。
Liquid injection molding utilizes low viscosity silicones which can be pumped at lower pressure and temperature, and cure in significantly less time and with less waste than solid materials.
降低放射性废树脂水泥固化中水化热可以降低温度应力、减少裂纹。
Reduction of the hydration heat during cementation of radioactive resins can reduce thermal stresses and prevent thermal cracks.
试验结果表明，用SH固化黄土力学性能好，表现为强度高、耐低温、能抗水。
The result of the mechanical behavior of loess solidified with SH is clear: the high compressive strength, the good endurance of low temperature and water.
同时通过对聚氨酯树脂的比较选择，封闭剂的比较和选择，合成了可低温解封的固化剂。
We compared the different polyurethanes and blocking additives, and choosed the suitable one to synthesize a resin, which unblock at the lower temperature.
论述了几种氟聚合物涂料，如水性氟聚合物涂料、粉末氟聚合物涂料和低温或常温固化氟聚合物涂料的开发动向。
The developing trends of fluoropolymer coatings, such as water soluble fluoropolymer coatings powder fluoropolymer coatings and low or room temperature curable fluoropolymer coatings.
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.
该产品具有低温快速固化的特点，适合于快速高产及需要高剥离强度的应用场合。
It is designed for applications that require a very fast cure at low temperatures. It can be used for high throughput production processes and applications where high peel strength is desired.
介绍了一种研制的室温固化、耐高温、耐低温环氧有机硅胶粘剂。
Mechanical property of high-and low-temperature resistant epoxy silicone adhesive cured at room temperature;
对其性能测试表明，该固砂剂在低温下可固化，且固化速度快、固化强度高；
Performance test has shown that it has the advantages such as fast solidification. low solidification temperature and high consolidation strength.
解决了低分子胺类环氧固化剂无法在水中、低温环境中交联固化的问题。
Problems like difficulty for epoxy firming agent of low-molecular amine to be inter-connected and firmed in water or at lower temperatures have been solved.
本发明涉及一种用于环氧树脂固化的药剂，特别适用于低温、潮湿环境及水下施工作业。
The present invention relates to a chemical agent for firming epoxy resin, in particular it is applicable to the low-temp. and moisture environment and underwater operation.
先低温后高温的固化方法有利于提高复合膜剥离强度。
The peeling strength of the composite membrane can be enhanced by changing the solidification heating condition of low temperature first…
先低温后高温的固化方法有利于提高复合膜剥离强度。
The peeling strength of the composite membrane can be enhanced by changing the solidification heating condition of low temperature first…
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