Introduction to Refractory Concretes

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10.32339/0135-5910-2021-5-580-586

Depending on the additives used, refractory concretes acquire the necessary properties: fire resistance, porosity, heat resistance, maximum application temperature, etc.

Investigation of the influence of granulometric composition of the aggregate and the content of the binder on the properties of refractory concrete

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10.1016/j.matchemphys.2020.124095

This paper presents an experimental study on the performance of shielding refractory concretes containing new types of cements for use in the radiation protection technology.

Design, structure, microstructure and gamma radiation shielding properties of refractory concrete materials containing Ba- and Sr-doped cements

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10.1016/J.BSECV.2021.03.003

This article gives a brief introduction to refractory concretes.

Rheology of refractory concrete: An article review

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10.4028/www.scientific.net/KEM.887.511

Studies have shown that under normal curing conditions at one-day age, refractory concretes based on an iron phosphate binder acquire strength sufficient for stripping, transportation, and installation of structures.

The Use of Waste from the Processing of Copper-Zinc Concentrates of the East Kazakhstan Region in the Production of Non-Fired Refractory Composites

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10.1007/s11148-021-00556-x

A fundamental difference between the grain size composition of cement-free refractory concretes (CFRC) from low- and ultra-low-cement concretes is presence within their composition of up to 2 – 3 % nanoparticles (<0.

Cement-Free Refractory Concretes. Part 7. Concrete Mix Properties and their Grain Size Distribution

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10.1007/s42410-019-0042-2

The performance of exposure tests on heat and scale resistant steels and refractory concretes in flue gases from miscanthus as well as adapted K 2 CO 3 crucible tests allow first conclusions to be drawn about the resistance of the materials investigated in flue gases from biogenic fuels.

Anforderungen biogener Brennstoffe an das Werkstoffkonzept zyklisch betriebener Kleinfeuerungsanlagen

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10.4028/www.scientific.net/amr.1156.97

Among modern refractory concretes (MRC), those with low cement content (LCC) where CAC = 4-6wt%, are widely commercialized, considering that their properties approximate those of burned bricks of the same class.

The Effect of Andreasen ́s Packing Distribution Modulus on the Physical and Mechanical Properties of a Low Cement Refractory Castable

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10.17073/1683-4518-2019-9-14-24

The general nature of the dependence of the technological and service characteristics of refractory concretes with an average cement content, as well as low-cement (LCRC), ultra-low cement (ULCRC) and cementless (CLRC), on the content of CaO (or НАC) in them is analyzed.

Бесцементные огнеупорные бетоны. Часть 1. Общие сведения. ВКВС и керамобетоны

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10.2478/bsmm-2019-0016

Refractory concretes with the usual cement content (about 20%) present, besides their well-known advantages, several important disadvantages which make such concretes unfit for certain applications.

Properties and Structure of Low-Cement Concrete According to its Compositional Parameters

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Refractory Concretes
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What is/are Refractory Concretes?

Refractory Concretes - Depending on the additives used, refractory concretes acquire the necessary properties: fire resistance, porosity, heat resistance, maximum application temperature, etc. [1] This paper presents an experimental study on the performance of shielding refractory concretes containing new types of cements for use in the radiation protection technology. [2] This article gives a brief introduction to refractory concretes. [3] Studies have shown that under normal curing conditions at one-day age, refractory concretes based on an iron phosphate binder acquire strength sufficient for stripping, transportation, and installation of structures. [4] A fundamental difference between the grain size composition of cement-free refractory concretes (CFRC) from low- and ultra-low-cement concretes is presence within their composition of up to 2 – 3 % nanoparticles (<0. [5] The performance of exposure tests on heat and scale resistant steels and refractory concretes in flue gases from miscanthus as well as adapted K 2 CO 3 crucible tests allow first conclusions to be drawn about the resistance of the materials investigated in flue gases from biogenic fuels. [6] Among modern refractory concretes (MRC), those with low cement content (LCC) where CAC = 4-6wt%, are widely commercialized, considering that their properties approximate those of burned bricks of the same class. [7] The general nature of the dependence of the technological and service characteristics of refractory concretes with an average cement content, as well as low-cement (LCRC), ultra-low cement (ULCRC) and cementless (CLRC), on the content of CaO (or НАC) in them is analyzed. [8] Refractory concretes with the usual cement content (about 20%) present, besides their well-known advantages, several important disadvantages which make such concretes unfit for certain applications. [9]
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