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Development of Low Temperature Glass Ceramic from Local Raw Materials

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Description

– Development of Low Temperature Glass Ceramic from Local Raw Materials –

Download Development of Low Temperature Glass Ceramic from Local Raw Materials. Industrial Design students who are writing their projects can get this material to aid their research work.

Abstract

Glass-ceramics, a new family of polycrystalline materials produced by the controlled crystallization of glass has many uses cutting across all spheres of life from domestic appliances through medical devices to space exploration. The production process, just like that of other pyrotechnic products, takes a high toll on energy demand as a high-temperature process.

In the present study, an attempt is made to find an alternative route for ceramic glass production in Nigeria that is cost-effective in terms of energy input.

In the process, a novel route outside the 6 two usual routes employed in glass-ceramic production was adopted in fabricating a product which when subjected to some physical tests showed every attribute of glass-ceramics.

Introduction

Glass-ceramics, a family of polycrystalline materials prepared by the controlled crystallization of glasses, constitute an essential part of modern living. From their simplest use as cookware, through critical but still familiar uses in dental restoration to the even more critical use as missile radomes.

The several advantages offered by glass over other materials, which have served to reinforce its competitiveness over a long period of use spanning several centuries, include exceptional chemical durability, multi-faceted optical properties, and complete recycling capability in an era of heightened environmental consciousness.

Although glass ceramics, like conventional ceramics, contain a substantial refractory crystalline component, the difference between the two classes of materials stems from the fact that a glass-ceramic starts out as a pure glass in which finely dispersed crystalline structures are made to “grow” within the glass matrix by a process of controlled crystallization.

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