钛酸丁酯作为催化剂在溶剂中能有效地和甲基三甲氧基硅烷(MTMS)低聚物反应,在纸张内部生成Si—O—Si键。该文通过MTMS低聚物浸渍和聚合的处理,使纸张的抗张强度得到显著提高。在MTMS低聚物中的甲氧基表现了形成三维网络结构的良好性能,同时在低聚物中的甲基也表现了良好的防水性能,被处理过的纸张即使在潮湿的条件下仍具有高的抗压强度。 Butyl titanate can effectively react with methyltrimethoxysilane (MTMS) oligomer in the solvent as a catalyst to form Si-O-Si bonds in the paper. This paper through the MTMS oligomer impregnation and polymerization treatment, so that the paper tensile strength was significantly improved. Methoxy groups in the MTMS oligomer exhibit good properties in forming a three-dimensional network structure, while the methyl groups in the oligomers also exhibit good water repellency, with the treated paper still having moisture even under humid conditions High compressive strength.