硅砂颗粒成型模压机的设计

Dedikarni Panuh, R. Z. Aldio, Amir Surya Hidayah
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引用次数: 0

摘要

Sejarah artikel:目前,陶瓷工业正在利用许多天然矿产资源。本研究的目的是设计和制造刀具;一个模压颗粒或硅砂模具,并获得硅砂颗粒的结果,受到不同压力的影响。刀具的材料为STM A276, 410型钢。ST60马氏体。采用SS400钢在模具位置制作圆板。本研究生产的模具尺寸为直径25.45 mm,高89 mm,体积45.07 cm3,模圈面积5.06 cm2,凸模截面积452.16 mm2。模具上的最大压紧力为49050 N,法向应力结果为108.47 MPa,应变值为3.8 mm / mm,弹性模量值为28.54 MPa,模具材料的最大极限为812871 MPa,说明使用的模具材料非常好。所生产的硅砂颗粒模具可用于燃料电池和复合材料的开发。diiterima: 24 market 2021 Direvisi: 2021年11月23日diiterbitkan: 2021年12月30日
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Design of mold press for the manufacturing of silica sand pellet form
Sejarah artikel: Currently, the ceramic industries is utilizing many natural mineral resources. The purpose of this study is to design and manufacture the tool; a mold press pellet or silica sand mold and to obtain the results of silica sand pellets that are affected by varying pressure. The materials used for the tools were STM A276, Type 410 steel. ST60 martensite. SS400 steel was used to made the round plate at a mold position. This study produced mold with dimensions of 25.45 mm of diameter, height of 89 mm, volume at 45.07 cm3 with a mold circle area of 5.06 cm2 and punch cross-sectional area of 452.16 mm2. The maximum pressing force on the mold was 49050 N, the normal stress result was 108.47 MPa, the strain value was 3.8 mm / mm, the modulus of elasticity value was 28.54 MPa, the mold material had a maximum limit of 812,871 MPa, indicating that the mold material used was very good. This silica sand pellet mold produced can be utilized for the development of fuel cell and composite materials. Diterima : 24 Maret 2021 Direvisi : 23 November 2021 Diterbitkan : 30 Desember 2021
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