asphalt mastic

Fireproof Mastic is made of asphalt, high polymer resin, mineral filling, mixderight amount of fireproof agent.

阻燃玛碲脂是采用沥青 、 高分子树脂 、 矿物填料 、 加入适量阻燃剂制成.

However, adding different type and content of mineral fillers to asphalt binders could result in considerable changes in the engineering properties of asphalt mastic.

然而，向沥青结合料中添加不同种类及含量的矿物填料将造成沥青胶浆工程性质的显著改变。

Microstructure of asphalt mastic using dynamic mechanical analysis

基于DMA方法的沥青胶浆微观结构

Dynamic Viscoelastic Characteristic Analysis of Diatomite Modified Asphalt Mastic

硅藻土改性沥青胶浆的动态粘弹特征分析

Asphalt mastic consists of asphalt binder and mineral filler, and is an important component in asphalt mixture for paving roads.

沥青胶浆由沥青结合料和矿物填料组成，是用于道路铺筑的沥青混合料的重要组成部分。

The development of highway construction promotes the development of road surface technology. New paving road technologies such as asphalt mastic stone pavements, porous pavements, color pavements are gradually applying in China.

公路建设的发展推动了路面技术的发展，诸如沥青玛蹄脂碎石路面、排水路面、彩色路面等新的铺路技术正逐渐在我国推广应用。

Application of the mastic asphalt mix parameters test of asphalt concrete face in embankment dams

沥青面板坝沥青胶配比试验研究

The quality control in asphalt mastic macadam spreading and rolling

沥青玛（王帝）脂碎石摊铺和碾压工程中的质量控制

Study on High Temperature Performance of Asphalt Mastic Based on Dynamic Viscoelastic Mechanics

基于动态粘弹力学的沥青胶浆高温性能试验研究

Properties of Miber ⅰ fiber, the fiber asphalt mastic and the fiber reinforced asphalt mixtures were analyzed incorporated with the principles of choosing fiber in road construction.

根据路用纤维的选择原则，对纤维沥青混合料、纤维的性能和纤维沥青胶浆的性能试验结果进行分析。

Engineering properties of the asphalt mastic such as penetration, penetration index, softening point, ductility, and viscosity were observed as a function of type and content of mineral filler used.

通过试验，得到了沥青胶浆针入度、针入度指数、软化点、延度及粘度等工程性质对应于不同添加剂种类及含量的函数关系。

The results of comparison and evaluation indicate that the new technology of high density open cell polyurethane field joints coating excel the traditional asphalt mastic field joints coating in the aspects of technical performance, economical efficiency and so on.

对比评价结果表明，高密度开孔聚氨酯补口新技术在技术性能及经济性等方面均优于传统的沥青玛蹄脂补口技术。