Utilization of Waste Packaging Glass as Progressive Filler in Polymer Anchor Material Based on Epox Resin

Tomáš Žlebek; Jakub Hodul; Rostislav Drochytka

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Utilization of Waste Packaging Glass as Progressive Filler in Polymer Anchor Material Based on Epox Resin

机译：基于废包装玻璃的渐进填充剂在基于环氧树脂的聚合物锚固材料中的应用

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摘要

The work deals with the use of waste glass to the polymer anchor material based on epoxy resin, primarily for anchoring to a high strength concrete (HSC). The main aim was to use the largest possible amount of the waste packaging glass by reducing the amount of epoxy resin, which is an expensive material and its production has a negative impact on the environment. Within the experimental verification, the influence of waste packaging glass fraction 0–0.63 mm on the final properties of the polymer anchoring material was observed. To determine the optimal formulation compressive strength, flexural strength, chemical resistance, shrinkage and pull-out test were performed. Based on the evaluation of the results the optimal percentage of filling was determined, when the polymer anchor material showed high strengths, minimal shrinkage, good chemical resistance, optimal consistency for anchoring into the HSC and high anchor bolt pull-out strength.

机译：这项工作涉及将废玻璃用于基于环氧树脂的聚合物锚固材料，主要用于锚固至高强度混凝土（HSC）。主要目的是通过减少环氧树脂的用量来使用尽可能多的废包装玻璃，环氧树脂是一种昂贵的材料，其生产会对环境造成负面影响。在实验验证中，观察到废包装玻璃分数0–0.63 mm对聚合物锚固材料最终性能的影响。为了确定最佳配方的抗压强度，抗弯强度，耐化学性，收缩率和拉拔试验。基于结果的评估，当聚合物锚固材料显示出高强度，最小收缩率，良好的耐化学性，锚固到HSC的最佳稠度和高锚固螺栓拔出强度时，确定最佳填充百分比。

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来源
《Applied Mechanics and Materials》 |2019年第2019期|40-47|共8页
作者
Tomáš Žlebek; Jakub Hodul; Rostislav Drochytka;
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作者单位

Faculty of Civil Engineering Brno University of Technology;

Faculty of Civil Engineering Brno University of Technology;

Faculty of Civil Engineering Brno University of Technology;

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原文格式 PDF
正文语种 eng
中图分类
关键词
Shrinkage; Chemical Resistance; Epoxy Resin; Polymer Anchor Material; Pull-Out Strength; Waste Packaging Glass;

机译：收缩率;耐化学性;环氧树脂;聚合物锚材料;拉出强度;废包装玻璃;

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2. Pyrolysis and utilization of nonmetal materials in waste printed circuit boards: Debromination pyrolysis, temperature-controlled condensation, and synthesis of oil-based resin [J] . Gao Ruitong, Xu Zhenming Journal of Hazardous Materials . 2019,第FEBa15期

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3. Increase in firmness and fire-resistence of building materials due to the introduction of new polymeric fillers on the base of industrial wastes [J] . T. M. Mirkomilov, I. Kh. Ayubova, B. A. Mukhamedgaliev Доклады Академии Наук Республики Узбекистан . 1998,第5期

机译：由于在工业废料的基础上引入了新的聚合物填料，因此提高了建筑材料的硬度和耐火性
4. Utilization of Waste Packaging Glass as Progressive Filler in Polymer Anchor Material Based on Epoxy Resin [C] . Tomas Zlebek, Jakub Hodul, Rostislav Drochytka International enviBUILD Conference . 2019

机译：利用废物包装玻璃作为基于环氧树脂的聚合物锚固材料中的渐进式填充剂
5. Encapsulation of glass fillers by UHMWPE for modification of the glass-resin interface. [D] . Ranade, Rahul A. 2006

机译：用UHMWPE封装玻璃填料，以改善玻璃树脂界面。
6. Comparative Effect of Self- or Dual-Curing on Polymerization Kinetics and Mechanical Properties in a Novel Dental-Resin-Based Composite with Alkaline Filler. Running Title: Resin-Composites with Alkaline Fillers [O] . Nicoleta Ilie 2018

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7. Neutralizing effect by resin-based materials containing silane-coated glass fillers [O] . Toshiyuki ITOTA, Toshiyuki NAKATSUKA, Kumiko TANAKA, 2010

机译：含有硅烷涂层玻璃填料的树脂基材料中和效果

Utilization of Waste Packaging Glass as Progressive Filler in Polymer Anchor Material Based on Epox Resin

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