Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Effect of Gezawa Clay on the Properties of Silica Stone for Refractory Brick

View through CrossRef
The investigations centered on how addition of Gezawa clay (GC) affects the refractory properties of the Gezawa stone (GS) (Silica Stone) with a view to finding the optimum percentage of the blend that will give good refractory properties. The samples were crushed, ground, sieved and the chemical compositions were determined. Test samples were produced by blending the Gezawa stone with various proportions of Gezawa clay. The refractoriness of the samples was measured, and the samples were then fired to 1100and standard properties such as thermal shock resistance, cold crushing strength and apparent porosity were determined. The result shows that addition of Gezawa clay to Gezawa stone improves its thermal shock resistance but reduces the refractoriness, while the porosity was found to be within the specified range for fire clay and the cold crushing strength of the samples was high. Compromise could be made in selecting the percentage that would suit certain application.
Title: Effect of Gezawa Clay on the Properties of Silica Stone for Refractory Brick
Description:
The investigations centered on how addition of Gezawa clay (GC) affects the refractory properties of the Gezawa stone (GS) (Silica Stone) with a view to finding the optimum percentage of the blend that will give good refractory properties.
The samples were crushed, ground, sieved and the chemical compositions were determined.
Test samples were produced by blending the Gezawa stone with various proportions of Gezawa clay.
The refractoriness of the samples was measured, and the samples were then fired to 1100and standard properties such as thermal shock resistance, cold crushing strength and apparent porosity were determined.
The result shows that addition of Gezawa clay to Gezawa stone improves its thermal shock resistance but reduces the refractoriness, while the porosity was found to be within the specified range for fire clay and the cold crushing strength of the samples was high.
Compromise could be made in selecting the percentage that would suit certain application.

Related Results

Interrelation between Aesthetic and Technological Properties of the Face Ceramic Brick
Interrelation between Aesthetic and Technological Properties of the Face Ceramic Brick
Introduction. Nowadays, production of high-quality building products with the given aesthetic properties is a relevant objective for the national ceramic manufacturing industry. Th...
The effect of skin-to-stone distance on success in renal pelvis stones treated with ESWL
The effect of skin-to-stone distance on success in renal pelvis stones treated with ESWL
Our study aimed to investigate the effect of stone load, skin-to-stone distance, and stone density Hounsfield Unit (HU) measured in unenhanced computed tomography on the success of...
Viability of Some Kano-Nigerian Clays for Refractory Applications
Viability of Some Kano-Nigerian Clays for Refractory Applications
The physical properties of some materials used by local foundries were investigated with a view to assessing their suitability for use as low heat duty refractory bricks. The sampl...
The role of earthworms and water infiltration in clay mixing in peat meadows
The role of earthworms and water infiltration in clay mixing in peat meadows
Peat meadows in the Netherlands emit around 3% of the country’s total CO2 emissions. Measures to reduce the CO2 emissions in agricultural peat areas are mostly based on w...
Factors Affecting Clay Formation
Factors Affecting Clay Formation
AbstractBarshad’s method of calculating clay formation from the chemical analyses of the whole soil, the clay fraction, the nonelay fraction, and the mechanical analysis was applie...
Evaluation and Repair of Thin Brick Veneer Facades
Evaluation and Repair of Thin Brick Veneer Facades
Abstract Thin brick veneer is an exterior cladding system of brick from 3/8 to 3/4 in. thick attached to a substrate, used to imitate standard size brick veneer wall...

Back to Top