The microporous, shape selective and solid acid properties of zeolites have resulted in them becoming an integral part of many industrial processes in which they have been utilised as ion-exchangers, adsorbents and catalysts [1]. Production of zeolites occurs on a large scale and is often synthesised using expensive chemical reagents. In the recent past many researchers have investigated the use of cheaper alternative materials as precursors for zeolite synthesis, in particular kaolin [2], [3] and [4]. However, kaolin varies in composition and structure depending on its location and its formation process. The difference in composition and structure is may have an effect on its subsequent chemical reactivity [5].