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Rotary Moulding of Ceramic Hollow Wares by I.A.H. Al-Dawery; J.G.P. Binner; G. Tari; P.R. Jackson; W.R. Murphy; M. Kearns is a Materials Science article available to read on EtoBox.

What is Rotary Moulding of Ceramic Hollow Wares about?

A novel processing method for the fast and economic production of hollow ceramic components has been developed by combining in situ coagulation moulding with a modified version of the technique of rotary moulding[Binner, J. G. P., Al-Dawery, I. A., Tari, G. and Yan, Y., Rotary casting technique. UK Patent application No. 0506349.0, March 2005], the latter being adapted from the polymer industry. The process was found to require a high solids content suspension, hence development work was performed in this direction though in the end a new, commercial suspension was utilised. Of the three forming routes of gel casting, direct coagulation casting and in situ coagulation moulding, the latter was found to be the most promising for the new process of rotary moulding of ceramics. Due to the low value of clay-based ceramics, a new low cost coagulant was identified and the effect of lactone concentration and temperature on setting time determined. Following substantial optimisation work, it was found that a two-speed approach to multi-axial rotation was the most successful; medium sized cream jugs could be produced in just 7 min. With respect to mould materials, the porous resin normally u

Who reads Rotary Moulding of Ceramic Hollow Wares?

Author

I.A.H. Al-Dawery; J.G.P. Binner; G. Tari; P.R. Jackson; W.R. Murphy; M. Kearns

Publisher

Elsevier Science; Elsevier ; Elsevier BV (ISSN 0955-2219)

Published

2009

Language

EN

Field

Materials Science (Physical Sciences)