CN108975868A - 一种用于高温微波的材料 - Google Patents

一种用于高温微波的材料 Download PDF

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CN108975868A
CN108975868A CN201811052705.2A CN201811052705A CN108975868A CN 108975868 A CN108975868 A CN 108975868A CN 201811052705 A CN201811052705 A CN 201811052705A CN 108975868 A CN108975868 A CN 108975868A
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郑红升
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Abstract

本发明涉及一种用于高温微波的材料,本发明涉及一种用于高温微波的材料,它包括黏土质(定型,不定型)产品、硅质(定型,不定型)产品、高铝质(定型,不定型)产品、镁质(定型,不定型)产品、镁铝尖晶石质(定型,不定型)产品和镁铬质(定型,不定型)产品,所述黏土质产品的组成成分及含量为氧化铝30%~48%、氧化硅50%~65%,在温度范围为1000℃~1800℃的条件下进行烧制而成,所述硅质产品的组成成分及含量为氧化硅90%~100%、氧化钙0.2%~0.7%;本发明具有使用方便、制作过程简单、节约能源的优点。

Description

一种用于高温微波的材料
技术领域
本发明属于高温微波材料的技术领域,具体涉及一种用于高温微波的材料。
背景技术
微波加热区别去传统加热方式,传统加热方式为传导对流辐射,而微波则是通过分子间的摩擦运动来加热的,传统加热是从外到内的加热,而微波加热则是全面加热,没有内外之分;本发明针对微波高温加热的问题,开发出了一种利用率高、安全性好、工业应用的一种用于高温微波的材料。
发明内容
本发明的目的是为了克服现有技术的不足,而提供一种利用率高、安全性好、工业应用的高温微波的材料。
本发明的目的是这样实现的:一种用于高温微波的材料,本发明涉及一种用于高温微波的材料,它包括黏土质(定型,不定型)产品、硅质(定型,不定型)产品、高铝质(定型,不定型)产品、镁质(定型,不定型)产品、镁铝尖晶石质(定型,不定型)产品和镁铬质(定型,不定型)产品,所述黏土质产品的组成成分及含量为氧化铝30%~48%、氧化硅50%~65%,在温度范围为1000℃~1800℃的条件下进行烧制而成,所述硅质产品的组成成分及含量为氧化硅90%~100%、氧化钙0.2%~0.7%,在温度范围为1000℃~1800℃的条件下进行烧制而成,所述高铝质产品的组成成分及含量为氧化铝大于等于75%、氧化硅大于等于22%,在温度范围为1000℃~1800℃下烧制而成,所述镁质产品的组成成分及含量为氧化镁大于等于82%,在温度范围为1000℃~1800℃的条件下进行烧制而成,所述镁铝尖晶石质产品的组成成分及含量为氧化镁80%~90%、氧化铝5%~10%,在温度范围为1000℃~1800℃的条件下进行烧制而成,所述镁铬质产品的组成成分及含量为氧化镁55%~80%、氧化铬8%~20%,在温度范围为1000℃~1800℃的条件下进行烧制而成。
所述高铝质产品的组成成分及含量为氧化铝60%~75%、氧化硅21%~36%、氧化铁3%和氧化钛1%,在温度范围为1000℃~1800℃下烧制而成。
所述高铝质产品的组成成分及含量为氧化铝48%~60%、氧化硅47%~35%、氧化铁4%和氧化钛1%,在温度范围为1000℃~1800℃下烧制而成。
所述高铝质产品的组成成分及含量为氧化铝大于等于80%、氧化硅18%、氧化铁1.8%和氧化钛0.2%,在温度范围为1000℃~1800℃下烧制而成。
所述高铝质产品的组成成分及含量为氧化铝99.3%、氧化硅0.5%、氧化铁0.08%和氧化钛0.12%,在温度范围为1000℃~1800℃下烧制而成。
所述镁铬质产品的组成成分及含量为氧化镁25%~55%、氧化铬15%~40%,氧化硅0.5%~4.5%、氧化铁0.5%~1%和氧化钙0.3%~2%,在温度范围为1000℃~1800℃的条件下进行烧制而成。
所述镁铬质产品的组成成分及含量为氧化镁小于等于25%、氧化铬大于25%,氧化硅0.5%~4.5%、氧化铁0.5%~1%和氧化钙0.3%~2%,在温度范围为1000℃~1800℃的条件下进行烧制而成。
本发明的有益效果:本发明是在高温的环境下来完成高温微波材料的制备;具有利用率高、安全性好、工业应用的优点。
具体实施方式
实施例1
一种用于高温微波的材料,它包括本发明涉及一种用于高温微波的材料,它包括黏土质(定型,不定型)产品、硅质(定型,不定型)产品、高铝质(定型,不定型)产品、镁质(定型,不定型)产品、镁铝尖晶石质(定型,不定型)产品和镁铬质(定型,不定型)产品,所述黏土质产品的组成成分及含量为氧化铝30%~48%、氧化硅50%~65%、氧化铁1%~3%、氧化钛1%~3%,在温度范围为1000℃~1800℃的条件下进行烧制而成,所述硅质产品的组成成分及含量为氧化硅90%~98%、氧化铁0.3%~2.5%、氧化铝0.5%~2.5%、氧化钙0.2%~0.7%和杂质1%~1.5%,在温度范围为1000℃~1800℃的条件下进行烧制而成,所述高铝质产品的组成成分及含量为氧化铝大于等于75%、氧化硅大于等于22%、氧化铁2%和氧化钛1%,在温度范围为1000℃~1800℃下烧制而成,所述镁质产品的组成成分及含量为氧化镁大于等于82%、氧化钙小于3.5%、氧化硅5%~11%、氧化铝0.1%~0.98%和氧化铁0.1%~1%,在温度范围为1000℃~1800℃的条件下进行烧制而成,所述镁铝尖晶石质产品的组成成分及含量为氧化镁80%~90%、氧化铝5%~10%、氧化硅1%~4%、氧化铁1%~5%,氧化钙1%~2%,在温度范围为1000℃~1800℃的条件下进行烧制而成,所述镁铬质产品的组成成分及含量为氧化镁55%~80%、氧化铬8%~20%,氧化硅0.5%~4.5%、氧化铁0.5%~1%和氧化钙0.3%~2%,在温度范围为1000℃~1800℃的条件下进行烧制而成。
本发明中的高铝质产品中的成分含量有多种分配方式,均可制成高温微波材料,具体的为高铝质产品的组成成分及含量为氧化铝60%~75%、氧化硅21%~36%、氧化铁3%和氧化钛1%,在温度范围为1000℃~1800℃下烧制而成;高铝质产品的组成成分及含量为氧化铝48%~60%、氧化硅47%~35%、氧化铁4%和氧化钛1%,在温度范围为1000℃~1800℃下烧制而成;高铝质产品的组成成分及含量为氧化铝大于等于80%、氧化硅18%、氧化铁1.8%和氧化钛0.2%,在温度范围为1000℃~1800℃下烧制而成;高铝质产品的组成成分及含量为氧化铝99.3%、氧化硅0.5%、氧化铁0.08%和氧化钛0.12%,在温度范围为1000℃~1800℃下烧制而成;镁铬质产品中的成分也有多种分配方式,具体的为镁铬质产品的组成成分及含量为氧化镁25%~55%、氧化铬15%~40%,氧化硅0.5%~4.5%、氧化铁0.5%~1%和氧化钙0.3%~2%,在温度范围为1000℃~1800℃的条件下进行烧制而成;镁铬质产品的组成成分及含量为氧化镁小于等于25%、氧化铬大于25%,氧化硅0.5%~4.5%、氧化铁0.5%~1%和氧化钙0.3%~2%,在温度范围为1000℃~1800℃的条件下进行烧制而成;因此,本发明具有利用率高、安全性好、工业应用的优点。
实施例2
一种用于高温微波的材料,它包括本发明涉及一种用于高温微波的材料,它包括黏土质(定型,不定型)产品、硅质(定型,不定型)产品、高铝质(定型,不定型)产品、镁质(定型,不定型)产品、镁铝尖晶石质(定型,不定型)产品和镁铬质(定型,不定型)产品,所述黏土质产品的组成成分及含量为氧化铝30%~48%、氧化硅50%~65%、氧化铁1%~3%、氧化钛1%~3%,在温度范围为1000℃~1800℃的条件下进行烧制而成,所述硅质产品的组成成分及含量为氧化硅90%~98%、氧化铁0.3%~2.5%、氧化铝0.5%~2.5%、氧化钙0.2%~0.7%和杂质1%~1.5%,在温度范围为1000℃~1800℃的条件下进行烧制而成,所述高铝质产品的组成成分及含量为氧化铝大于等于75%、氧化硅大于等于22%、氧化铁2%和氧化钛1%,在温度范围为1000℃~1800℃下烧制而成,所述镁质产品的组成成分及含量为氧化镁大于等于82%、氧化钙小于3.5%、氧化硅5%~11%、氧化铝0.1%~0.98%和氧化铁0.1%~1%,在温度范围为1000℃~1800℃的条件下进行烧制而成,所述镁铝尖晶石质产品的组成成分及含量为氧化镁80%~90%、氧化铝5%~10%、氧化硅1%~4%、氧化铁1%~5%,氧化钙1%~2%,在温度范围为1000℃~1800℃的条件下进行烧制而成,所述镁铬质产品的组成成分及含量为氧化镁55%~80%、氧化铬8%~20%,氧化硅0.5%~4.5%、氧化铁0.5%~1%和氧化钙0.3%~2%,在温度范围为1000℃~1800℃的条件下进行烧制而成;所述高铝质产品的组成成分及含量为氧化铝60%~75%、氧化硅21%~36%、氧化铁3%和氧化钛1%,在温度范围为1000℃~1800℃下烧制而成;所述高铝质产品的组成成分及含量为氧化铝48%~60%、氧化硅47%~35%、氧化铁4%和氧化钛1%,在温度范围为1000℃~1800℃下烧制而成;所述高铝质产品的组成成分及含量为氧化铝大于等于80%、氧化硅18%、氧化铁1.8%和氧化钛0.2%,在温度范围为1000℃~1800℃下烧制而成;所述高铝质产品的组成成分及含量为氧化铝99.3%、氧化硅0.5%、氧化铁0.08%和氧化钛0.12%,在温度范围为1000℃~1800℃下烧制而成;所述镁铬质产品的组成成分及含量为氧化镁25%~55%、氧化铬15%~40%,氧化硅0.5%~4.5%、氧化铁0.5%~1%和氧化钙0.3%~2%,在温度范围为1000℃~1800℃的条件下进行烧制而成;所述镁铬质产品本发明涉及一种用于高温微波的材料,它包括黏土质(定型,不定型)产品、硅质(定型,不定型)产品、高铝质(定型,不定型)产品、镁质(定型,不定型)产品、镁铝尖晶石质(定型,不定型)产品和镁铬质(定型,不定型)产品,的组成成分及含量为氧化镁小于等于25%、氧化铬大于25%,氧化硅0.5%~4.5%、氧化铁0.5%~1%和氧化钙0.3%~2%,在温度范围为1000℃~1800℃的条件下进行烧制而成。
具体实施方式是对本发明的进一步说明而非限制,对本领域普通技术人员来说在不脱离本发明实质内容的情况下对结构做进一步变换,而所有这些变换都应属于本发明所附权利要求的保护范围。

Claims (7)

1.一种用于高温微波的材料,本发明涉及一种用于高温微波的材料,它包括黏土质(定型,不定型)产品、硅质(定型,不定型)产品、高铝质(定型,不定型)产品、镁质(定型,不定型)产品、镁铝尖晶石质(定型,不定型)产品和镁铬质(定型,不定型)产品,其特征在于:所述黏土质产品的组成成分及含量为氧化铝30%~48%、氧化硅50%~65%,在温度范围为1000℃~1800℃的条件下进行烧制而成,所述硅质产品的组成成分及含量为氧化硅90%~100%、氧化钙0.2%~0.7%,在温度范围为1000℃~1800℃的条件下进行烧制而成,所述高铝质产品的组成成分及含量为氧化铝大于等于75%、氧化硅大于等于22%,在温度范围为1000℃~1800℃下烧制而成,所述镁质产品的组成成分及含量为氧化镁大于等于82%,在温度范围为1000℃~1800℃的条件下进行烧制而成,所述镁铝尖晶石质产品的组成成分及含量为氧化镁80%~90%、氧化铝5%~10%,在温度范围为1000℃~1800℃的条件下进行烧制而成,所述镁铬质产品的组成成分及含量为氧化镁55%~80%、氧化铬8%~20%,在温度范围为1000℃~1800℃的条件下进行烧制而成。
2.根据权利要求1所述的一种用于高温微波的材料,其特征在于:所述高铝质产品的组成成分及含量为氧化铝60%~75%、氧化硅21%~36%、氧化铁3%和氧化钛1%,在温度范围为1000℃~1800℃下烧制而成。
3.根据权利要求1所述的一种用于高温微波的材料,其特征在于:所述高铝质产品的组成成分及含量为氧化铝48%~60%、氧化硅47%~35%、氧化铁4%和氧化钛1%,在温度范围为1000℃~1800℃下烧制而成。
4.根据权利要求1所述的一种用于高温微波的材料,其特征在于:所述高铝质产品的组成成分及含量为氧化铝大于等于80%、氧化硅18%、氧化铁1.8%和氧化钛0.2%,在温度范围为1000℃~1800℃下烧制而成。
5.根据权利要求1所述的一种用于高温微波的材料,其特征在于:所述高铝质产品的组成成分及含量为氧化铝99.3%、氧化硅0.5%、氧化铁0.08%和氧化钛0.12%,在温度范围为1000℃~1800℃下烧制而成。
6.根据权利要求1所述的一种用于高温微波的材料,其特征在于:所述镁铬质产品的组成成分及含量为氧化镁25%~55%、氧化铬15%~40%,氧化硅0.5%~4.5%、氧化铁0.5%~1%和氧化钙0.3%~2%,在温度范围为1000℃~1800℃的条件下进行烧制而成。
7.根据权利要求1所述的一种用于高温微波的材料,其特征在于:所述镁铬质产品的组成成分及含量为氧化镁小于等于25%、氧化铬大于25%,氧化硅0.5%~4.5%、氧化铁0.5%~1%和氧化钙0.3%~2%,在温度范围为1000℃~1800℃的条件下进行烧制而成。
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