Increasing the Effectiveness of Aluminium Phosphate Binders

C.L. Mulcahy; W.J. Clegg

doi:10.4028/www.scientific.net/KEM.317-318.355

Paper Titles

Estimation of Thermal Shock Resistance by Infrared Radiation Heating and Water Flow Cooling Techniques
p.339

Improvement in Oxidation and Thermal Shock Resistance of Molten Glass-Coated Carbon Materials by Interfacial Control
p.343

Microscopic Study of Sliding Wear Surfaces of Alumina
p.347

Dry Sliding Wear of Lu₂O₃ Sialon Ceramics
p.351

Increasing the Effectiveness of Aluminium Phosphate Binders
p.355

Rolling Life Properties of Ceramic Bearings in Water
p.359

Tribological Properties and Thermal Conductivity of Si₃ N₄ / Si₃N₄-BN Alternate Layered Composites
p.363

Wear Behavior of Nano-Sized Metal Particle Dispersed Al₂O₃ Nanocomposites
p.369

Fabrication of Nanoabrasive Grinding Wheels and Their Application to Grinding Silicon Wafers
p.373

HomeKey Engineering MaterialsKey Engineering Materials Vols. 317-318Increasing the Effectiveness of Aluminium...

Increasing the Effectiveness of Aluminium Phosphate Binders

Abstract:

A method is presented for more than doubling the volume yield from an AlPO4 precursor, aluminium chlorophosphate ethanolate, from approximately 20% to 50% by replacing the ethanol ligands with water. It is shown that this increases the volume yield from about 20% to 50%. The precursor is used to make an Al2O3 powder bonded with an amorphous AlPO4 with a Young modulus of 80 GPa and a strength of 60 MPa.