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Ternesite - belite - calcium sulfoaluminate brick and method for producing same

机译:菱镁石-贝利特-硫铝酸钙砖及其生产方法

摘要

Producing a hydraulically reactive clinker, comprises sintering a raw meal comprising calcium oxide, aluminum oxide-ferric oxide system, silicon dioxide and sulfur trioxide, converting the raw meal into a clinker intermediate at greater than 1200-1350[deg] C during a period of sintering, converting the clinker intermediate product at 1200-750[deg] C during the period of blasting to obtain the desired amount of (I), and a certain amount of aluminate- and ferrate phase and residues of the crystalline high-temperature phases of the raw materials with (II), (III) and (I), and cooling the clinker. Producing a hydraulically reactive clinker, comprises: sintering a raw meal comprising calcium oxide, aluminum oxide-ferric oxide system, silicon dioxide and sulfur trioxide; converting the raw meal into a clinker intermediate at a temperature of greater than 1200-1350[deg] C during a period of sintering; converting the clinker intermediate product at 1200-750[deg] C during the period of blasting to obtain the desired amount of calcium oxide silicate mineral of formula (C1 5S1 2Y) (I), and a certain amount of aluminate- and ferrate phase and residues of the crystalline high-temperature phases of the raw materials with calcium oxide of formula (C1Y) (II), tetracalcium aluminate ferrite of formula (C1 4(A1 xF1 - x)Y) (III) and (I); and cooling the clinker with the major components comprising (in wt.%) tetracalcium aluminate ferrite of formula (C1 4(A1 xF1 1- x) 3Y) (IV) (5-70), alpha dicalcium silicate or beta dicalcium silicate (1-80), (I) (5-75) and secondary phases (0-30). H1 : H 2O; C1 : CaO; A1 : Al 2O 3; F1 : Fe 2O 3; M : MgO; S1 : SiO 2; Y : SO 3; and x : not defined. Independent claims are also included for: (1) cement obtained by grinding the above mentioned clinker; and (2) a binding agent comprising the cement as the hydraulically reactive components.
机译:制备水硬性熟料包括烧结包含氧化钙,氧化铝-三氧化二铁系统,二氧化硅和三氧化硫的生料,在超过200℃至1350℃的时间内将生料转化为熟料中间体。烧结,在喷砂期间于1200-750℃转化熟料中间产物,以获得所需量的(I),一定量的铝酸盐和高铁酸盐相以及结晶高温相的残留物。 (II),(III)和(I)的原料,并冷却熟料。制备水硬性熟料,包括:烧结包含氧化钙,氧化铝-三氧化二铁体系,二氧化硅和三氧化硫的生料;在烧结期间,将生粉在高于1200-1350℃的温度下转化为熟料中间体;在喷砂期间将熟料中间产物在1200-750℃下转化,以获得所需量的式(C1 5S1 2Y)(I)的氧化钙硅酸盐矿物,以及一定量的铝酸盐和高铁酸盐相,以及具有式(C1Y)(II)的氧化钙,式(C1 4(A1xF1-x)Y)(III)和(I)的铝酸四钙铁氧体的原料的结晶高温相的残余物;并用以下主要成分冷却熟料:主要成分包括(以重量%计)式(C1 4(A1 xF1 1-x)3Y)(IV)(5-70)的铝酸四钙,β-硅酸二钙或β-硅酸二钙(1 -80),(I)(5-75)和次级阶段(0-30)。 H1:H 2O; C1:CaO; A1:Al 2O 3; F1:Fe 2O 3; M:MgO。 S1:SiO 2;是:SO 3;和x:未定义。还包括以下方面的独立权利要求:(1)通过研磨上述熟料获得的水泥; (2)粘合剂,其包含水泥作为水硬性反应成分。

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