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eur op eanexhibitionofcreati vityandinnovation - Europe Direct Iasi

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EUROINVENT 2013<br />

Egypt<br />

Represented by<br />

4.1<br />

Title<br />

Authors<br />

Institution<br />

Patent no.<br />

Description EN<br />

Class no.<br />

4.2.<br />

Title<br />

Authors<br />

Institution<br />

Patent no.<br />

Description EN<br />

Class no.<br />

Clay Treated Molds for Economic Manufacturing of<br />

Composites<br />

Hebatalrahman Ahmed<br />

Housing and Building National Research Center Egypt<br />

2104/ 2011 Egyptian patent office<br />

Mold from a mixture of clay and Ceramics materials with fine<br />

casting sands are made. Water is added gradually to obtain<br />

homogeneous and easy shaping dough, Metal or wood stamp is<br />

made to take the shape of final product, it is used as negative in<br />

clay molds before drying. Glazing and drying are done for the<br />

mold until the surface becomes smooth and appr<strong>op</strong>riate for the<br />

cast. The internal surface of the mold is lubricated with organic<br />

substances and oils. The composite mixture is prepared and<br />

poured into the mold, after drying ceramic mold is broken and<br />

the final product extracted.<br />

6. Mechanical Engineering - Metallurgy<br />

7. Buildings and Materials<br />

New method for manufacturing of Cast Iron based<br />

composite<br />

Hebatalrahman Ahmed<br />

Housing and Building National Research Center Egypt<br />

321/2011 Egyptian patent office<br />

New method for the preparation of brake lining from cast iron<br />

based composite material. Dry mix was prepared by addition<br />

of rock wool, crushed mica, carbon-fiber and other additives<br />

with continuous cooling and size sorting. The design of the<br />

pouring ladle was modified to control temperature of the<br />

molten cast iron. The mixing technique was designed to<br />

overcome difference in density and viscosity between additives<br />

and molten cast iron. The homogeneity of the composite<br />

material was achieve and poured in molds.<br />

1. Manufacture of composite material with a basis of gray cast<br />

iron or spherical (flexible)<br />

2. composite material additions in the ladle 3. Design melting<br />

pot fitted with a special stirring and mixing systems and a<br />

private system to conserve heat<br />

6. Mechanical Engineering - Metallurgy<br />

INTERNATIONAL EXHIBITS<br />

49

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