Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Graphite workpiece machining method
The invention relates to the field of carbon material processing, and discloses a processing method of a graphite workpiece, which comprises the following steps: crushing and ball-milling a graphite raw material to obtain nanoscale graphite powder, uniformly mixing a binder and the nanoscale graphite powder according to a mass ratio, sintering in a sintering furnace to obtain a graphite blank, and sintering in the sintering furnace to obtain the graphite workpiece. And the graphite blank is conveyed to a cutting device to be shaped and cut, and the graphite workpiece with the needed size is obtained. According to the graphite workpiece machining method, the ball mill is adopted for conducting staged low-energy and high-energy matched fine grinding on the graphite raw material, and the fineness of graphite powder is improved; the binder and the nanoscale graphite powder are uniformly mixed for sintering and curing, so that the structural strength of the graphite workpiece blank is improved, and subsequent fine machining of the graphite workpiece blank is facilitated; according to the cutting device, a conveying mechanism and a cutting mechanism are matched to achieve efficient cutting of graphite workpiece blanks. The cutting requirements of graphite workpiece blanks of different sizes are met, and the subsequent machining requirements are met.
本发明涉及碳材料加工领域，公开了一种石墨工件的加工方法，包括将石墨原料进行破碎、球磨制得纳米级石墨粉料的步骤，按照质量配比将粘结剂与纳米级石墨粉料混匀在烧结炉中烧结制得石墨坯料的步骤，将石墨坯料输送至裁切装置进行定型裁切制得所需尺寸的石墨工件的步骤。本发明的石墨工件加工方法，采用球磨机对石墨原料进行分阶段低能、高能配合细磨，提高石墨粉料的细度；并采用粘结剂与纳米级石墨粉料混匀进行烧结固化，提高石墨工件坯料的结构强度，以便于后续对石墨工件坯料的精细机加工；裁切装置采用输送机构与裁切机构配合实现对石墨工件坯料的高效裁切；满足不同尺寸石墨工件坯料的切割需求，满足后续加工需求。
Graphite workpiece machining method
The invention relates to the field of carbon material processing, and discloses a processing method of a graphite workpiece, which comprises the following steps: crushing and ball-milling a graphite raw material to obtain nanoscale graphite powder, uniformly mixing a binder and the nanoscale graphite powder according to a mass ratio, sintering in a sintering furnace to obtain a graphite blank, and sintering in the sintering furnace to obtain the graphite workpiece. And the graphite blank is conveyed to a cutting device to be shaped and cut, and the graphite workpiece with the needed size is obtained. According to the graphite workpiece machining method, the ball mill is adopted for conducting staged low-energy and high-energy matched fine grinding on the graphite raw material, and the fineness of graphite powder is improved; the binder and the nanoscale graphite powder are uniformly mixed for sintering and curing, so that the structural strength of the graphite workpiece blank is improved, and subsequent fine machining of the graphite workpiece blank is facilitated; according to the cutting device, a conveying mechanism and a cutting mechanism are matched to achieve efficient cutting of graphite workpiece blanks. The cutting requirements of graphite workpiece blanks of different sizes are met, and the subsequent machining requirements are met.
本发明涉及碳材料加工领域，公开了一种石墨工件的加工方法，包括将石墨原料进行破碎、球磨制得纳米级石墨粉料的步骤，按照质量配比将粘结剂与纳米级石墨粉料混匀在烧结炉中烧结制得石墨坯料的步骤，将石墨坯料输送至裁切装置进行定型裁切制得所需尺寸的石墨工件的步骤。本发明的石墨工件加工方法，采用球磨机对石墨原料进行分阶段低能、高能配合细磨，提高石墨粉料的细度；并采用粘结剂与纳米级石墨粉料混匀进行烧结固化，提高石墨工件坯料的结构强度，以便于后续对石墨工件坯料的精细机加工；裁切装置采用输送机构与裁切机构配合实现对石墨工件坯料的高效裁切；满足不同尺寸石墨工件坯料的切割需求，满足后续加工需求。
Graphite workpiece machining method
一种石墨工件的加工方法
FENG JINLONG (Autor:in) / NI JIN (Autor:in)
08.12.2023
Patent
Elektronische Ressource
Chinesisch
| British Library Online Contents | 2018