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A platform for research: civil engineering, architecture and urbanism
Pyrophyllite block roasting method
The invention discloses a pyrophyllite block roasting method which comprises the following steps: S1, preparing a pyrophyllite block; S2, drying the pyrophyllite block: drying the pyrophyllite block at the drying temperature of 180-250 DEG C for 3-5 hours; s3, pyrophyllite block roasting: the dried pyrophyllite blocks are subjected to sectional roasting, namely primary roasting, high-temperature roasting and curing roasting, and the temperature of the three times of roasting is gradually increased; and S4, cooling the pyrophyllite block: after the curing roasting time is over, slowly cooling the pyrophyllite block. Through a sectional roasting method, the temperature of the whole roasting process can be effectively controlled, the whole roasting temperature is slowly increased, the synthesis stability of the pyrophyllite block can be effectively improved, high-temperature roasting is adopted as a whole, the high-temperature roasting time is long, the pyrophyllite block is good in pressure transmission performance, and the pyrophyllite block is not prone to cracking. And the synthetic gauge pressure for synthesizing the diamond in the later period is effectively reduced.
本发明公开了一种叶蜡石块的焙烧方法，包括如下步骤：S1、制作叶蜡石块：S2、叶蜡石块烘干：将叶蜡石块进行烘干处理，烘干温度为180℃～250℃，烘干时间为3～5小时；S3、叶蜡石块焙烧：将烘干的叶蜡石块进行分段式焙烧，分别为初次焙烧、高温焙烧、固化焙烧，三次焙烧的温度为递增式的；S4、叶蜡石块冷却：在固化焙烧时间结束后，对叶蜡石块进行缓慢降温冷却。本发明通过分段式焙烧方法，可有效的控制整个焙烧过程的温度，且整个焙烧的温度采用缓慢提升，可有效的提高叶蜡石块的合成稳定性，整体采用高温的焙烧，且高温焙烧时间长，使得叶蜡石块的传压性好，有效的降低后期合成金刚石的合成表压。
Pyrophyllite block roasting method
The invention discloses a pyrophyllite block roasting method which comprises the following steps: S1, preparing a pyrophyllite block; S2, drying the pyrophyllite block: drying the pyrophyllite block at the drying temperature of 180-250 DEG C for 3-5 hours; s3, pyrophyllite block roasting: the dried pyrophyllite blocks are subjected to sectional roasting, namely primary roasting, high-temperature roasting and curing roasting, and the temperature of the three times of roasting is gradually increased; and S4, cooling the pyrophyllite block: after the curing roasting time is over, slowly cooling the pyrophyllite block. Through a sectional roasting method, the temperature of the whole roasting process can be effectively controlled, the whole roasting temperature is slowly increased, the synthesis stability of the pyrophyllite block can be effectively improved, high-temperature roasting is adopted as a whole, the high-temperature roasting time is long, the pyrophyllite block is good in pressure transmission performance, and the pyrophyllite block is not prone to cracking. And the synthetic gauge pressure for synthesizing the diamond in the later period is effectively reduced.
本发明公开了一种叶蜡石块的焙烧方法，包括如下步骤：S1、制作叶蜡石块：S2、叶蜡石块烘干：将叶蜡石块进行烘干处理，烘干温度为180℃～250℃，烘干时间为3～5小时；S3、叶蜡石块焙烧：将烘干的叶蜡石块进行分段式焙烧，分别为初次焙烧、高温焙烧、固化焙烧，三次焙烧的温度为递增式的；S4、叶蜡石块冷却：在固化焙烧时间结束后，对叶蜡石块进行缓慢降温冷却。本发明通过分段式焙烧方法，可有效的控制整个焙烧过程的温度，且整个焙烧的温度采用缓慢提升，可有效的提高叶蜡石块的合成稳定性，整体采用高温的焙烧，且高温焙烧时间长，使得叶蜡石块的传压性好，有效的降低后期合成金刚石的合成表压。
Pyrophyllite block roasting method
一种叶蜡石块的焙烧方法
LI CHANGHAI (author) / WANG GUANGKUO (author) / MAO ZHANLIN (author) / XU HENGFENG (author) / XU PEIYU (author)
2024-10-25
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
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