The aim of this study was to synthesize and characterize mesoporous materials SBA-15 and SBA-15 modified with 3-(methacryloxy)-propyl-trimethoxysilane (MPS) to be used as inorganic filler in restorative dental composites and adhesives, and evaluate the main physical-chemical properties of the resulting material. The SBA-15 and SBA-15/MPS were characterized by FTIR, BET and X-Ray and combined with TEGDMA, bis-GMA and commercial spherical silica to produce dental composites. Afterwards, the mesoporous materials were combined with TEGDMA, bis-GMA and HEMA to make adhesives. To compare the results, composites and adhesives containing only commercial spherical silica were investigated. Some physical-chemical properties such as degree of conversion (DC), flexural strength (FS) and modulus (FM), water sorption and solubility (W_sp and W_sl), specific area (BET), and the leachable components were evaluated. The SBA-15/MPS can be used to prepare dental restorative materials, with some foreseeable advantages compared with pure SBA-15 dental materials and with improved properties compared with commercial spherical silica dental materials. An important improvement was that the dental materials based on modified SBA-15 presented a reduction of approximately 60% in leaching of unreacted monomers extracted by solvent compared to the control group.

这项研究的目的是合成和表征经3-（甲基丙烯酰氧基）-丙基-三甲氧基硅烷（MPS）改性的介孔材料SBA-15和SBA-15，将其用作修复性牙科复合材料和胶粘剂中的无机填料，并对其主要性能进行评估。所得材料的物理化学性质。通过FTIR，BET和X射线对SBA-15和SBA-15 / MPS进行表征，并与TEGDMA，bis-GMA和商业球形二氧化硅相结合，制成牙科复合材料。然后，将中孔材料与TEGDMA，bis-GMA和HEMA结合在一起制成胶粘剂。为了比较结果，研究了仅包含商业球形二氧化硅的复合材料和粘合剂。一些物理化学性质，例如转化度（DC），抗弯强度（FS）和模量（FM），吸水率和溶解度（W _sp和W _sl），比表面积（BET）和可浸出组分进行了评估。SBA-15 / MPS可用于制备牙齿修复材料，与纯SBA-15牙科材料相比，具有一些可预见的优势，并且与商业球形二氧化硅牙科材料相比，具有改进的性能。一个重要的改进是，与对照组相比，基于改性SBA-15的牙科材料浸出的未反应单体的浸出量减少了约60％。