Characterization of Mineral Materials as Asphalt Fillers

Robert Geber; László A. Gömze

doi:10.4028/www.scientific.net/MSF.659.471

Paper Titles

Classification of Fullerene Isomers Using Local Topological Descriptors
p.447

Modeling of Distribution of Visible and Non-Visible Graphite Nodules Embedded in the Surface Layer of Ductile Cast Iron
p.453

Shape Features of 2D Figures
p.459

3D Milling by Micro Electrical Discharge Machining
p.467

Characterization of Mineral Materials as Asphalt Fillers
p.471

Optimization of the Mixing Ratio of Two Different Clays Used for Ceramic Roof Tiles
p.477

Laser Welding of Steel Plates with Divided Beam
p.483

Demand of Energy for Chip Removal
p.489

Effects of Extruder Head’s Geometry on the Properties of Extruded Ceramic Products
p.499

HomeMaterials Science ForumMaterials Science Forum Vol. 659Characterization of Mineral Materials as Asphalt...

Characterization of Mineral Materials as Asphalt Fillers

Abstract:

In this work the Authors are dealing with the utilization of mineral fillers used in the Hungarian road construction. Six different types of mineral fillers – andesites, basalt, dolomite and limestone – were tested. In the purpose of the applicability of mineral aggregates in road construction XRD, BET specific surface test, as well as SEM tests were made and hydrophilic coefficient of fillers were also determined. The results of the XRD, BET specific surface test, SEM and hydrophilic coefficient tests show that all of the examined fillers are suitable for asphalt-technological applications, particularly limestone filler (Alsózsolca) and dolomite filler (Pilisvörösvár).