Pug of firewood-fired Nixing pottery and process for manufacturing Nixing pottery from pug
A technology of Nixing pottery and firewood burning, applied in the field of preparing Nixing pottery, can solve the problems of burning and cracking of the body of Nixing pottery, high cost of burning Nixing pottery with firewood, increased consumption of fuelwood, etc. The effect of widening the scope and saving the cost of fuelwood
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Publication Date
- 2016-11-16
- Estimated Expiration
- Not applicable · inactive patent
Abstract
Description
Technical field
[0001] The invention relates to a preparation method of Nixing pottery, in particular to a clay burning Nixing pottery and a process for making firewood burning Nixing pottery using the clay. Background technique
[0002] According to historical records, the filling process of Nixing pottery in Qinzhou has been formed since the Qing Dynasty. The traditional filling process of Nixing pottery mainly includes the following steps: 1) Preparation of blanks: The blanks are selected across the east of Qinjiang in Qinzhou City The soil, commonly known as Dongni (soft clay, yellow-white in color, containing a small amount of quartz sand, which plays a role in adjusting plasticity and combination in the production process of Nixing pottery), and the soil in the west of the Qinjiang River, commonly known as Ximu (Contains a small amount of K 2 O, NaO, CaO, MgO, Fe 2 0 3 , TiO 2 , MnO 2 , Is a kind of purple clay stone with high iron content, the color is purple red, the surf...
Examples
Embodiment 1
[0019] 1) Preparing blanks: mix 5.5 parts of eastern mud, 1.3 parts of western mud, 1 part of ashes after burning paulownia branches and / or leaves, and 2 parts of high white mud, and make blanks through a series of processes such as grinding and dehydration;
[0020] 2) Forming of blanks: the blanks are made into various types of blanks by plasticizing method or grouting method;
[0021] 3) Trimming the green body: trimming the green body to meet the design requirements;
[0022] 4) Drying: Dry the green body by air-drying method to remove the moisture of the green body;
[0023] 5) Firing the green body: Put the dried green body into a wood kiln, use paulownia branches and / or leaves as fuel, and raise the temperature to 1180°C at a heating rate of 60°C, stop heating, and leave the kiln after natural cooling.
Embodiment 2
[0025] 1) Preparation of blanks: 6.8 parts of eastern mud, 2.0 parts of western mud, 1.5 parts of ashes after burning citrus branches or leaves, and 2.5 parts of high white mud are mixed, and a series of processes such as grinding and dehydration are made into blanks;
[0026] 2) Forming of blanks: the blanks are made into various types of blanks by plasticizing method or grouting method;
[0027] 3) Trimming the green body: trimming the green body to meet the design requirements;
[0028] 4) Drying: Dry the green body by air-drying method to remove the moisture of the green body;
[0029] 5) Firing the green body: Put the dried green body into a wood kiln, use citrus branches or leaves as fuel, and raise the temperature to 1175°C at a temperature increase rate of 80°C, stop heating, and leave the kiln after natural cooling.
Embodiment 3
[0031] 1) Preparation of blanks: 5.6 parts of east mud, 1.3 parts of west mud, 1 part of ashes after burning pine branches and / or leaves, and 2.1 parts of high white mud are mixed, and a series of processes such as grinding and dehydration are made into blanks;
[0032] 2) Forming of blanks: the blanks are made into various types of blanks by plasticizing method or grouting method;
[0033] 3) Trimming the green body: trimming the green body to meet the design requirements;
[0034] 4) Drying: Dry the green body by air-drying method to remove the moisture of the green body;
[0035] 5) Firing the green body: Put the dried green body into a wood kiln, use pine branches and / or leaves as fuel, first raise the temperature to 450℃ at a temperature increase rate of 80℃ per hour, and then increase the temperature per hour. The temperature is raised to 900°C at a high rate of temperature increase of 150°C, and then the temperature is raised to 1160°C at a rate of increase of 120°C per hour, t...