Adsorption Behavior on Modified Fly Ash/EPDM Composite for Application in Machine Oil

Xiu Qi Liu; He Qin Xing

doi:10.4028/www.scientific.net/AMM.117-119.1289

Paper Titles

Study on the Microstructures and Wear Resistance of ZG30 Steel Surface Layer
p.1271

Effect of Bath Compositions on the Properties of Electroless Ni-Cu-P Alloys on Aluminum
p.1276

Simulation of V Atom Substitution Character in Ni-Al-V Alloy
p.1280

Effects of Annealing Temperature on Properties of CuIn (Se,S)₂ Film Prepared by Sputtering
p.1284

Adsorption Behavior on Modified Fly Ash/EPDM Composite for Application in Machine Oil
p.1289

Effect of the Duty Cycle on Boronized Layer Formed by Pulse Electrodeposition
p.1293

Synthesis of Lactic Acid Grafting Starch Copolymer Catalyzed with Stannous Chloride
p.1298

Surface Modification for Porous Artificial Lightweight Aggregate and Mechanical Properties of the Resulting Concrete
p.1302

Building of Poly(Imino Ketone) Chains Model via Molecular Simulation
p.1306

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 117-119Adsorption Behavior on Modified Fly Ash/EPDM...

Adsorption Behavior on Modified Fly Ash/EPDM Composite for Application in Machine Oil

Abstract:

In our study, a new kind of material for machine oil adsorption was prepared by melt blending with EPDM as the matrix and modified fly ash as the filler. The effects of dicumylperoxide (DCP) and modified fly ash contents on the machine oil absorbency were studied. The results show that the machine oil absorbency reaches the highest value 473.49% for the composite with 2 wt % DCP and 25 wt % modified fly ash. Comparing the machine oil absorbency for three samples, the experimental result indicates that the machine oil absorbency of modified fly ash /EPDM composite was higher than that of fly ash and modified fly ash.