Study on Sealant based on Prefabricated Building ALC Panel

Junhao Xie, Yu Zeng, L. Xie, Lu Guo, Peng Liu
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Abstract

It is to study the effect of plasticizer types and amount to sealant's mechanical property, surface energy, base material pollution performance through preparing a one-component ultralow modulus silane-modified polyether sealant. The results show that with PPG as plasticizer, the prepared sealant has the lowest modulus, maximum surface free energy (25mN/m) and best base material pollution. It is shown in plasticizer amount's effect on sealant performance that: when the DINP additive amount is 120, the tensile modulus is the lowest and M110 is 0.15MPa; when the DINP additive is 80, The surface free energy is the maximum, which is 22mN/m; when the DINP additive is 40, the base material pollution is the best.
装配式建筑ALC板密封胶的研究
通过制备单组份超低模量硅烷改性聚醚密封胶,研究增塑剂种类及用量对密封胶力学性能、表面能、基材污染性能的影响。结果表明,以PPG为增塑剂制备的密封胶模量最低,表面自由能最大(25mN/m),基材污染最小。增塑剂用量对密封胶性能的影响表明:DINP用量为120时,拉伸模量最低,M110为0.15MPa;当DINP添加量为80时,表面自由能最大,为22mN/m;当DINP添加量为40时,基材污染最好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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