合成材料老化与应用
閤成材料老化與應用
합성재료노화여응용
SYNTHETIC MATERIALS AGING AND APPLICATION
2015年
4期
48-51,97
,共5页
王黎%郭年华%阮润琦%薛玉华%崔少波
王黎%郭年華%阮潤琦%薛玉華%崔少波
왕려%곽년화%원윤기%설옥화%최소파
聚己内酯多元醇%支化聚酯%有机硅
聚己內酯多元醇%支化聚酯%有機硅
취기내지다원순%지화취지%유궤규
polycaprolactone polyols%branched polyesters%organic silicon
以聚己内酯多元醇为核合成了支化聚酯，并通过有机硅改性得到了一系列不同有机硅含量的改性产物；并对树脂和白色漆的漆膜性能进行了试验。实验表明，漆膜具有良好的物理机械性能和耐温变性能。
以聚己內酯多元醇為覈閤成瞭支化聚酯，併通過有機硅改性得到瞭一繫列不同有機硅含量的改性產物；併對樹脂和白色漆的漆膜性能進行瞭試驗。實驗錶明，漆膜具有良好的物理機械性能和耐溫變性能。
이취기내지다원순위핵합성료지화취지，병통과유궤규개성득도료일계렬불동유궤규함량적개성산물；병대수지화백색칠적칠막성능진행료시험。실험표명，칠막구유량호적물리궤계성능화내온변성능。
The branched polyester has been synthesized based on polycaprolactone polyols as kernel, and its modified products were prepared with organic silicone. The film performance of the resin and its white paint was tested. The results showed that the coatings have good physical and mechanical properties,especially the low tem-perature flexibility.
