Vibration Compaction Technology - Revision history

Designing Buildings at 12:12, 5 January 2021

2021-01-05T12:12:03Z

← Older revision		Revision as of 12:12, 5 January 2021
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	= Introduction =		= Introduction =

−	Vibration compaction is one of the methods of manufacturing products from concrete mix. This technology provides for the compaction of concrete ~~mixture~~ through the combination of vibration and simultaneous pressure from above.	+	Vibration compaction is one of the methods of manufacturing products from a concrete mix. This technology provides for the compaction of concrete mixtures through the combination of vibration and simultaneous pressure from above.

	= Using vibration compaction =		= Using vibration compaction =
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	= Machine made concrete blocks =		= Machine made concrete blocks =

−	The process of making concrete block using machines consists of several steps. Concrete mixture is fed into the receiving hopper. Then the mould is filled with a mixture. Mounting loops are mounted in the locking device for moulding and electric vibrators are used to mould the block directly.	+	The process of making concrete block using machines consists of several steps. Concrete mixture is fed into the receiving hopper. Then the mould is filled with a mixture. Mounting loops are mounted in the locking device for moulding and electric vibrators are used to mould the block directly. The process takes approximately three to four minutes.
−		+
−	The process takes approximately three to four minutes	+

	The technology of vibration compaction and the mobility of the concrete block making machines makes it possible to produce up to 120 blocks per shift.		The technology of vibration compaction and the mobility of the concrete block making machines makes it possible to produce up to 120 blocks per shift.
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	* Self-compacting concrete.		* Self-compacting concrete.

−	[[Category:~~Construction_techniques~~]] [[Category:~~Products_/_components~~]] [[Category:~~DCN_Product_Knowledge~~]]	+	[[Category:DCN_Product_Knowledge]] [[Category:Construction_techniques]] [[Category:Products_/_components]]

Editor at 10:06, 27 July 2020

2020-07-27T10:06:56Z

← Older revision		Revision as of 10:06, 27 July 2020
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	--[[User:Nemp\|Nemp]]		--[[User:Nemp\|Nemp]]

−	Related articles on Designing Buildings Wiki	+	= Related articles on Designing Buildings Wiki =

−	[[Category:Construction_techniques]] [[Category:Products_/_components]]	+	* Compression.
		+	* Concrete.
		+	* Self-compacting concrete.
		+
		+	[[Category:Construction_techniques]] [[Category:Products_/_components]] [[Category:DCN_Product_Knowledge]]

Editor at 09:57, 27 July 2020

2020-07-27T09:57:49Z

← Older revision		Revision as of 09:57, 27 July 2020
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	= Using vibration compaction =		= Using vibration compaction =

−	For this manufacturing method, semi-dry hard concrete mixtures are used. Such a mixture has a smaller amount of water compared to the mobile mixture, it ~~becomes~~ less ductile. For moulding by vibration compaction, the plasticity should be P1 with a cone slump of 1 – 4 cm. This is explained by the fact that after completion of compaction, the mould is removed, and the product must continue to maintain its dimensions and appearance. It is the rigidity of the mixture that ensures the filling of the mould under the action of vibration and its own mass. It should be borne in mind that the optimal ratio of the components of the mixture is selected empirically and depends on the inert properties directly in the region of the installation.	+	For this manufacturing method, semi-dry hard concrete mixtures are used. Such a mixture has a smaller amount of water compared to the mobile mixture, which makes it less ductile.

−	~~The traditional technology of~~ vibration compaction ~~involves moulding in moulds using deep vibrators. However~~, ~~there are restrictions on~~ the ~~size~~ of ~~manufactured products~~.	+	For moulding by vibration compaction, the plasticity should be P1 with a cone slump of 1 – 4 cm. After completion of compaction, the mould is removed, and the product must continue to maintain its dimensions and appearance.

−	~~The concrete equipment offered by [https://nemp~~.~~com.ua/ NEMP Company] solve this problem. They allow you to produce by~~ vibration compaction ~~FBS of all sizes~~, ~~which~~ are ~~provided by GOST~~.	+	It is the rigidity of the mixture that ensures the filling of the mould under the action of vibration and its own mass. The traditional technology of vibration compaction involves moulding using deep vibrators. However, there are restrictions on the size of manufactured products.

−	~~The process of~~ concrete products manufacture by concrete block making machines NEMP consists of several steps. Concrete mixture is fed into the receiving hopper. Then the mould is filled with a mixture. Mounting loops are mounted in the locking device for moulding. Further, under the influence of electric vibrators, the block is directly moulded. The time of one moulding is 3 – 4 minutes. A feature of the equipment is independent movement along the moulding platform and the presence of rotary chassis, which allows you to switch to a new row to continue working.	+	= Machine made concrete blocks =

−	The ~~technology~~ of ~~vibration compaction and the mobility of the~~ concrete block ~~making~~ machines ~~NEMP enable~~ the ~~manufacturer quickly (up to 120 blocks per shift)~~ and~~, most importantly, high-qualitatively,~~ to ~~produce large volumes of products~~.	+	The process of making concrete block using machines consists of several steps. Concrete mixture is fed into the receiving hopper. Then the mould is filled with a mixture. Mounting loops are mounted in the locking device for moulding and electric vibrators are used to mould the block directly.

−	~~[https://nemp.com.ua/en/concrete_block_making_machines/~~ The ~~equipment for vibration compaction] is an alloy of rationality and productivity.~~	+	The process takes approximately three to four minutes

−	~~(Source - [https://nemp~~.~~com.ua/en/news/vibration_compaction_technology/ https://nemp.com.ua/en/news/vibration_compaction_technology/])~~	+	The technology of vibration compaction and the mobility of the concrete block making machines makes it possible to produce up to 120 blocks per shift.

−	[[~~Category~~:~~Projects_and_case_studies~~]] [[Category:Construction_techniques]]	+	--[[User:Nemp\|Nemp]]
		+
		+	Related articles on Designing Buildings Wiki
		+
		+	[[Category:Construction_techniques]] [[Category:Products_/_components]]

Editor at 09:50, 27 July 2020

2020-07-27T09:50:30Z

← Older revision		Revision as of 09:50, 27 July 2020
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−	~~Vibration compaction is one of the methods of manufacturing products from concrete mix.~~	+	= Introduction =

−	~~The technology of vibration~~ compaction provides for the compaction of concrete mixture ~~under~~ the ~~influence~~ of vibration and simultaneous pressure from above.	+	Vibration compaction is one of the methods of manufacturing products from concrete mix. This technology provides for the compaction of concrete mixture through the combination of vibration and simultaneous pressure from above.

−	~~Vibration compaction has won its popularity due to high quality. Paving slabs, curbs, storm sewers and figures of paving elements is an incomplete list of products that are now mainly produced by~~ vibration compaction.	+	= Using vibration compaction =

	For this manufacturing method, semi-dry hard concrete mixtures are used. Such a mixture has a smaller amount of water compared to the mobile mixture, it becomes less ductile. For moulding by vibration compaction, the plasticity should be P1 with a cone slump of 1 – 4 cm. This is explained by the fact that after completion of compaction, the mould is removed, and the product must continue to maintain its dimensions and appearance. It is the rigidity of the mixture that ensures the filling of the mould under the action of vibration and its own mass. It should be borne in mind that the optimal ratio of the components of the mixture is selected empirically and depends on the inert properties directly in the region of the installation.		For this manufacturing method, semi-dry hard concrete mixtures are used. Such a mixture has a smaller amount of water compared to the mobile mixture, it becomes less ductile. For moulding by vibration compaction, the plasticity should be P1 with a cone slump of 1 – 4 cm. This is explained by the fact that after completion of compaction, the mould is removed, and the product must continue to maintain its dimensions and appearance. It is the rigidity of the mixture that ensures the filling of the mould under the action of vibration and its own mass. It should be borne in mind that the optimal ratio of the components of the mixture is selected empirically and depends on the inert properties directly in the region of the installation.

Nemp: Created page with "Vibration compaction is one of the methods of manufacturing products from concrete mix. The technology of vibration compaction provides for the compaction of concrete mixture un..."

2020-07-21T10:03:58Z

Created page with "Vibration compaction is one of the methods of manufacturing products from concrete mix. The technology of vibration compaction provides for the compaction of concrete mixture un..."

New page

Vibration compaction is one of the methods of manufacturing products from concrete mix.

The technology of vibration compaction provides for the compaction of concrete mixture under the influence of vibration and simultaneous pressure from above.

Vibration compaction has won its popularity due to high quality. Paving slabs, curbs, storm sewers and figures of paving elements is an incomplete list of products that are now mainly produced by vibration compaction.

For this manufacturing method, semi-dry hard concrete mixtures are used. Such a mixture has a smaller amount of water compared to the mobile mixture, it becomes less ductile. For moulding by vibration compaction, the plasticity should be P1 with a cone slump of 1 – 4 cm. This is explained by the fact that after completion of compaction, the mould is removed, and the product must continue to maintain its dimensions and appearance. It is the rigidity of the mixture that ensures the filling of the mould under the action of vibration and its own mass. It should be borne in mind that the optimal ratio of the components of the mixture is selected empirically and depends on the inert properties directly in the region of the installation.

The traditional technology of vibration compaction involves moulding in moulds using deep vibrators. However, there are restrictions on the size of manufactured products.

The concrete equipment offered by [https://nemp.com.ua/ NEMP Company] solve this problem. They allow you to produce by vibration compaction FBS of all sizes, which are provided by GOST.

The process of concrete products manufacture by concrete block making machines NEMP consists of several steps. Concrete mixture is fed into the receiving hopper. Then the mould is filled with a mixture. Mounting loops are mounted in the locking device for moulding. Further, under the influence of electric vibrators, the block is directly moulded. The time of one moulding is 3 – 4 minutes. A feature of the equipment is independent movement along the moulding platform and the presence of rotary chassis, which allows you to switch to a new row to continue working.

The technology of vibration compaction and the mobility of the concrete block making machines NEMP enable the manufacturer quickly (up to 120 blocks per shift) and, most importantly, high-qualitatively, to produce large volumes of products.

[https://nemp.com.ua/en/concrete_block_making_machines/ The equipment for vibration compaction] is an alloy of rationality and productivity.

(Source - [https://nemp.com.ua/en/news/vibration_compaction_technology/ https://nemp.com.ua/en/news/vibration_compaction_technology/])

[[Category:Projects_and_case_studies]] [[Category:Construction_techniques]]