A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Production method of lightweight ash concrete hollow partition board
The invention discloses a production method of a lightweight ash concrete hollow partition board. The production method comprises the following steps: S1, screening blast furnace water granulated slag; S2, burdening and stirring: burdening and stirring the blast furnace water granulated slag, cement, fly ash, concrete fibers and granite in proportion; S3, performing extrusion forming: feeding theingredients prepared in step S2 into a forming machine, and performing extrusion forming; S4, carrying out primary cutting on a board: carrying out primary cutting on the board subjected to extrusionforming in step S3; S5, correcting and cutting the board: correcting and cutting the plate cut in step S4; S6, steam-curing: steam-curing the board corrected and cut in step S5; and S7, packaging theboard: packaging the board subjected to steam curing in S6, wherein and after the step S5, primary flatness detection of the board is carried out, the board with the flatness not reaching the standardis recycled into the step S2 through a waste recycling channel in order to complete recycling of the waste subjected to primary cutting and correction cutting. The production method of the lightweight ash concrete hollow partition board effectively utilizes the blast furnace slag, so the blast furnace slag waste is effectively utilized.
本发明公开了一种轻质灰渣混凝土空心隔墙板制备方法，包括如下步骤：S1对高炉水渣进行筛分；S2配料搅拌：将高炉水渣、水泥、粉煤灰、混凝土纤维、米石按配比进行配料并搅拌；S3挤压成型：将S2配置好的配料送入成型机挤压成型；S4板材一次切割：将经S3挤压成型的板材进行一次切割；S5板材修正切割：将经S4切割后的板材进行修正切割；S6蒸汽养护：将经S5修正切割后的板材进行蒸汽养护；S7板材打包：将经S6蒸汽养护后的板材进行打包；所述S5步骤后，对板材进行一次平整度检测，平整度不达标的板材经废料回收通道回收至S2步骤中，完成对经过一次切割与修正切割的废料的回收再利用。本发明的轻质灰渣混凝土空心隔墙板制备方法能有效的利用高炉渣，使高炉渣废料得到有效利用。
Production method of lightweight ash concrete hollow partition board
The invention discloses a production method of a lightweight ash concrete hollow partition board. The production method comprises the following steps: S1, screening blast furnace water granulated slag; S2, burdening and stirring: burdening and stirring the blast furnace water granulated slag, cement, fly ash, concrete fibers and granite in proportion; S3, performing extrusion forming: feeding theingredients prepared in step S2 into a forming machine, and performing extrusion forming; S4, carrying out primary cutting on a board: carrying out primary cutting on the board subjected to extrusionforming in step S3; S5, correcting and cutting the board: correcting and cutting the plate cut in step S4; S6, steam-curing: steam-curing the board corrected and cut in step S5; and S7, packaging theboard: packaging the board subjected to steam curing in S6, wherein and after the step S5, primary flatness detection of the board is carried out, the board with the flatness not reaching the standardis recycled into the step S2 through a waste recycling channel in order to complete recycling of the waste subjected to primary cutting and correction cutting. The production method of the lightweight ash concrete hollow partition board effectively utilizes the blast furnace slag, so the blast furnace slag waste is effectively utilized.
本发明公开了一种轻质灰渣混凝土空心隔墙板制备方法，包括如下步骤：S1对高炉水渣进行筛分；S2配料搅拌：将高炉水渣、水泥、粉煤灰、混凝土纤维、米石按配比进行配料并搅拌；S3挤压成型：将S2配置好的配料送入成型机挤压成型；S4板材一次切割：将经S3挤压成型的板材进行一次切割；S5板材修正切割：将经S4切割后的板材进行修正切割；S6蒸汽养护：将经S5修正切割后的板材进行蒸汽养护；S7板材打包：将经S6蒸汽养护后的板材进行打包；所述S5步骤后，对板材进行一次平整度检测，平整度不达标的板材经废料回收通道回收至S2步骤中，完成对经过一次切割与修正切割的废料的回收再利用。本发明的轻质灰渣混凝土空心隔墙板制备方法能有效的利用高炉渣，使高炉渣废料得到有效利用。
Production method of lightweight ash concrete hollow partition board
一种轻质灰渣混凝土空心隔墙板制备方法
HE QIAN (author) / ZHANG ZHONGXI (author) / YU HONGPING (author) / GAO HUABIN (author)
2020-04-10
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
/
B28B
Formgeben von Ton oder anderen keramischen Stoffzusammensetzungen, Schlacke oder von Mischungen, die zementartiges Material enthalten, z.B. Putzmörtel
,
SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS, SLAG OR MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
/
E04C
STRUCTURAL ELEMENTS
,
Bauelemente
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