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Company Profile
Environmentally Friendly Carbon Bonded Alumosilicate Refractories
Properties an processing of shaped alumosilicate-carbon composities for application in shaft furnaces
Analyse der Hochtemperaturkorrosion
Cement-free spinel-based refractory materials
Evaluation of a carbon containing model-granules-system based on loomy clay raw materials
Novel ailumosilicate-carbon composites for application in shaft furnaces
Reaction Studies in the Alumina-Magnesia-System with Focuson High-temperature Castables
Untersuchungen zur Abbindetechnik selbstfließender Feuerbetone unter Anwendung eines Ultraschallmeßsystems
The impact of appropriate mixing treatment on the installation properties of unshaped refractory products
Design and development of alumosilicate-carbon composites for application in shaft furnaces
Processing and development of carbon containing aluminosilicate composite materials
Setting velocity of refractory casta bles in terms of varying 1 cement and disperging agents, derived by means of measurements of electrical conductivity and sonic velocity
Corellation between solidification kinetic and strength development of high-dispersed LCC refractory castable systems at ambient temperature
A contribution to the characterization of the "Eisenberger Klebsand" so called "Luting Sand" as an economic resource and a sustainable raw material for refractories
Hardening kinetics of refractory castables in terms of varying cement and disperging agens with reference to the expected drying behaviors
«
zurück
Company Profile
Environmentally Friendly Carbon Bonded Alumosilicate Refractories
Properties an processing of shaped alumosilicate-carbon composities for application in shaft furnaces
Analyse der Hochtemperaturkorrosion
Cement-free spinel-based refractory materials
Evaluation of a carbon containing model-granules-system based on loomy clay raw materials
Novel ailumosilicate-carbon composites for application in shaft furnaces
Reaction Studies in the Alumina-Magnesia-System with Focuson High-temperature Castables
Untersuchungen zur Abbindetechnik selbstfließender Feuerbetone unter Anwendung eines Ultraschallmeßsystems
The impact of appropriate mixing treatment on the installation properties of unshaped refractory products
Design and development of alumosilicate-carbon composites for application in shaft furnaces
Processing and development of carbon containing aluminosilicate composite materials
Setting velocity of refractory casta bles in terms of varying 1 cement and disperging agents, derived by means of measurements of electrical conductivity and sonic velocity
Corellation between solidification kinetic and strength development of high-dispersed LCC refractory castable systems at ambient temperature
A contribution to the characterization of the "Eisenberger Klebsand" so called "Luting Sand" as an economic resource and a sustainable raw material for refractories
Hardening kinetics of refractory castables in terms of varying cement and disperging agens with reference to the expected drying behaviors