CN110950650A - 一种辽代绿釉陶瓷及其制法 - Google Patents

一种辽代绿釉陶瓷及其制法 Download PDF

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CN110950650A
CN110950650A CN201811119038.5A CN201811119038A CN110950650A CN 110950650 A CN110950650 A CN 110950650A CN 201811119038 A CN201811119038 A CN 201811119038A CN 110950650 A CN110950650 A CN 110950650A
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孙天舒
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Liaoning Longcheng Cultural And Creative Industry Park Co ltd
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Abstract

本发明公开了一种辽绿釉陶瓷及其制法，包括原料原矿石60%，铝矾土10%，煤矸石30%。将原材料在球磨机中进行球磨成泥条，再依次经过手工拉坯成型、粘接、修坯，制成坯胎；在坯胎上进行划、刻、剔、粘贴等，多种手法装饰；制成的釉坯的主要成分含量有：二氧化硅67.91%、三氧化二铝27.52%、三氧化二铁1.76%、二氧化钛0.35%、氧化钾0.36%、氧化钠0.83%、氧化钙0.81%、氧化镁0.46%。解决了辽代陶瓷绿釉制法，弥补空缺。

Description

一种辽代绿釉陶瓷及其制法
技术领域
本发明涉及陶瓷技术领域，具体为一种辽代绿釉陶瓷及其制法。
背景技术
辽代陶瓷是非常具有我国北方地域特色的陶瓷，其中绿釉陶瓷，色泽翠绿，深受陶瓷爱好。本发明属于将辽代陶瓷绿釉制法进行发明设计，弥补空缺。
发明内容
本发明的目的在于提供一种辽代绿釉陶瓷及其制法，解决目前无辽代陶瓷绿釉制法。
为实现上述目的，本发明提供如下技术方案：一种辽代绿釉陶瓷及其制法，包括以下质量分数配比的原料：原矿石60%，铝矾土10%，煤矸石30%。
优选的，包括原矿石60%，其中原矿石组分配比为二氧化硅61.36%、三氧化二铝26.05%、三氧化二铁1.45%、二氧化钛0.23%、氧化钾0.18%、氧化钠0.86%、氧化钙0.69%、氧化镁0.38%、烧减量8.8%。
优选的，包括铝矾土10%，其中铝矾土组分配比为二氧化硅60.63%、三氧化二铝24.57%、三氧化二铁1.57%、二氧化钛0.31%、氧化钾0.32%、氧化钠0.75%、氧化钙0.72%、氧化镁0.41%、烧减量10.72%。
优选的，包括煤矸石30%，其中煤矸石组分配比为二氧化硅65.43%、三氧化二铝15.32%、三氧化二铁2.18%、二氧化钛0.42%、氧化钾0.55%、氧化钠0.62%、氧化钙0.83%、氧化镁0.34%、烧减量14.31%。
本发明提供一种辽代绿釉陶瓷及其制法，包括以下步骤：
S1: 将自然风化的原矿石、铝矾土、煤矸石按6：1：3的比例均匀混合；
S2：按料、球、水以1：1.5：1.3的比例装入湿式球磨机中，研磨18小时；
S3：将研磨泥浆脱水；
S4：将脱水的泥条，在练泥机中精炼成泥条；
S5：将精炼的泥条陈腐一个月以上，手工揉制至没有气泡；
S6：在拉坯机上，手工拉坯成型、粘接、修坯，制成坯胎；
S7：在坯胎上进行划、刻、剔、粘贴等，多种手法装饰；
S8：将装饰后的坯体在室内自然干燥至含水率小于3.2%；
S9: 将干坯放入窑内，以850-900℃素烧；
S10:将素烧坯施釉后，放入窑内以960-1020℃釉烧；；
S11：将出窑后的成品进行拣造、包装。
优选的，所述S10中制成的釉坯的主要成分含量有：二氧化硅67.91%、三氧化二铝27.52%、三氧化二铁1.76%、二氧化钛0.35%、氧化钾0.36%、氧化钠0.83%、氧化钙0.81%、氧化镁0.46%。
优选的，所述S9中低温素烧温为850-880℃；
优选的，所述S10中对素烧坯进行釉烧的烧成温度为960-1000℃。
与现有技术相比，本发明的有益效果是：
本辽代绿釉陶瓷及其制法，将辽代陶瓷绿釉制法进行发明设计，弥补空缺。
具体实施方式
下面针对本发明的技术方案进行清楚、完整地描述，然而，本发明实施例并不以此为限，仅是本发明的一部分实施例，而不是全部的实施例。基于本发明中的实施例，本领域普通技术人员在没有做出创造性劳动前提下所获得所有其他实施例，都属于本发明保护的范围。
一种辽代绿釉陶瓷及其制法，包括以下步骤：
S1: 将自然风化的原矿石、铝矾土、煤矸石按6：1：3的比例均匀混合；
S2：按料、球、水以1：1.5：1.3的比例装入湿式球磨机中，研磨18小时；
S3：将研磨泥浆脱水；
S4：将脱水的泥条，在练泥机中精炼成泥条；
S5：将精炼的泥条陈腐一个月以上，手工揉制至没有气泡；
S6：在拉坯机上，手工拉坯成型、粘接、修坯，制成坯胎；
S7：在坯胎上进行划、刻、剔、粘贴等，多种手法装饰；
S8：将装饰后的坯体在室内自然干燥至含水率小于3.2%；
S9: 将干坯放入窑内，以850-900℃素烧；
S10:将素烧坯施釉后，放入窑内以960-1020℃釉烧；；
S11：将出窑后的成品进行拣造、包装。
基于上述原料配比，提供一种辽代绿釉陶瓷及其制法，在S10中制成的釉坯的主要成分含量有：二氧化硅67.91%、三氧化二铝27.52%、三氧化二铁1.76%、二氧化钛0.35%、氧化钾0.36%、氧化钠0.83%、氧化钙0.81%、氧化镁0.46%。
综上所述：本辽代绿釉陶瓷及其制法，将辽代陶瓷绿釉制法进行发明设计，弥补空缺。
以上所述内容仅为本发明的实施例，并不能够限制本发明的专利范围，对于本领域的普通技术人员来说，凡是利用本发明说明书中所述内容进行多种变化、修改、替换和变形，或直接或间接运用在其他领域，均同理包括在本发明的专利保护范围内。

Claims (8)

1.一种辽代绿釉陶瓷及其制法，其特征在于，包括以下质量分数配比的原料：原矿石60%，铝矾土10%，煤矸石30%。
2.根据权利要求1所述的一种辽代绿釉陶瓷及其制法，其特征在于，包括原矿石60%，其中原矿石组分配比为二氧化硅61.36%、三氧化二铝26.05%、三氧化二铁1.45%、二氧化钛0.23%、氧化钾0.18%、氧化钠0.86%、氧化钙0.69%、氧化镁0.38%、烧减量8.8%。
3.根据权利要求1所述的一种辽代绿釉陶瓷及其制法，其特征在于，包括铝矾土10%，其中铝矾土组分配比为二氧化硅60.63%、三氧化二铝24.57%、三氧化二铁1.57%、二氧化钛0.31%、氧化钾0.32%、氧化钠0.75%、氧化钙0.72%、氧化镁0.41%、烧减量10.72%。
4.根据权利要求1所述的一种辽代绿釉陶瓷及其制法，其特征在于，包括煤矸石30%，其中煤矸石组分配比为二氧化硅65.43%、三氧化二铝15.32%、三氧化二铁2.18%、二氧化钛0.42%、氧化钾0.55%、氧化钠0.62%、氧化钙0.83%、氧化镁0.34%、烧减量14.31%。
5.根据权利要求1所述的一种辽代绿釉陶瓷及其制法，其特征在于，包括以下步骤：
S1: 将自然风化的原矿石、铝矾土、煤矸石按6：1：3的比例均匀混合；
S2：按料、球、水以1：1.5：1.3的比例装入湿式球磨机中，研磨18小时；
S3：将研磨泥浆脱水；
S4：将脱水的泥条，在练泥机中精炼成泥条；
S5：将精炼的泥条陈腐一个月以上，手工揉制至没有气泡；
S6：在拉坯机上，手工拉坯成型、粘接、修坯，制成坯胎；
S7：在坯胎上进行划、刻、剔、粘贴等，多种手法装饰；
S8：将装饰后的坯体在室内自然干燥至含水率小于3.2%；
S9: 将干坯放入窑内，以850-900℃素烧；
S10:将素烧坯施釉后，放入窑内以960-1020℃釉烧；；
S11：将出窑后的成品进行拣造、包装。
6.根据权利要求5所述的一种辽代绿釉陶瓷及其制法，其特征在于，所述S10中制成的釉坯的主要成分含量有：二氧化硅67.91%、三氧化二铝27.52%、三氧化二铁1.76%、二氧化钛0.35%、氧化钾0.36%、氧化钠0.83%、氧化钙0.81%、氧化镁0.46%。
7.根据权利要求5所述的一种辽代绿釉陶瓷及其制法，其特征在于，所述S9中低温素烧温为850-880℃。
8.根据权利要求5所述的一种辽代绿釉陶瓷及其制法，其特征在于，所述S10中对素烧坯进行釉烧的烧成温度为960-1000℃。
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