1) rare earth multifunction stabilizer
稀土多功能稳定剂
2) ultraviolent absorbent
多功能稳定剂
3) Rare-earth stabilizer
稀土稳定剂
1.
Influence of Rare-earth Stabilizer and Organic Acid on Foaming System for Non-toxic Low-foamed UPVC;
稀土稳定剂及有机酸对无毒低发泡UPVC发泡体系的影响
2.
In addition, the reason why the new rare-earth stabilizer has these advaneed performance was explained practically.
根据实验数据和应用结果,总结了稀土稳定剂的优异性能,这些性能源于稀土元素的特殊结构。
3.
Influences of the adding amount of rare-earth stabilizer in the Ca-Zn/rare-earth compound stabilizer on the thermal stabilization effects were studied.
研究稀土稳定剂加入量对钙锌/稀土复合稳定体系热稳定效果的影响。
4) rare earth stabilizer
稀土稳定剂
1.
Measuring the Influences of rare earth stabilizers,CPE and CaCO_3 on PVC-U blends by a torque rheometer;
转矩流变仪测试稀土稳定剂、CPE、CaCO_3对PVC-U共混体系的影响
2.
The spraying properties of the PVC profile added the rare earth stabilizer REC-109 and the PVC profile added the compound lead stabilizer Bear-50269 were compared by experiments, and found that when the amount of rare earth stabilizer from 2.
通过实验对比了添加稀土稳定剂REC-109与添加复合铅盐稳定剂德国熊牌50369的PVC异型材的喷涂性能。
3.
The effects on PVC/CaCO3 polymer’s static stability time,rheololgical and mechanical properties of rare earth stabilizer were tested and analysed,compared with those of lead system.
测试并分析了稀土稳定剂对PVC/CaCO3复合材料的静态稳定时间、流变性能及力学性能的影响,并与复合铅稳定剂进行了对比实验。
5) rare earth heat stabilizer
稀土热稳定剂
1.
Introduction to the stabilizing mechanism of rare earth heat stabilizer for PVC;
浅析聚氯乙烯稀土热稳定剂的稳定机理
2.
The properties of rare earth heat stabilizer in PVC were studied by contrast with organic stabilizer.
主要以有机锡热稳定剂为对比物,研究了稀土热稳定剂对聚氯乙烯(PVC)的热稳定性及其他性能的影响。
3.
The heat stabilization,the influences on thermal property and mechanical properties,espercially the tensile strength and impact strength of rare earth heat stabilizer in RPVC system are studied.
研究了稀土热稳定剂对硬PVC体系的热稳定效果以及对制品的拉伸强度、冲击强度和耐热性能的影响。
6) bifunctional light stabilizer
双功能光稳定剂
补充资料：多功能催化剂
分子式：
CAS号：
性质：具备同时催化多种反应功能的物质。该类物质具有多种催化活性中心，在其作用下，可在一个反应过程中完成多步不同类型的催化反应。
CAS号：
性质：具备同时催化多种反应功能的物质。该类物质具有多种催化活性中心，在其作用下，可在一个反应过程中完成多步不同类型的催化反应。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条