Nauta Mixers - Revision history

Admin at 08:00, 19 May 2014

2014-05-19T08:00:46Z

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	[[Category:Mixing]]{{Knoppen}}		[[Category:Mixing]]{{Knoppen}}
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	[[File:Nauta-mixer.jpg\|thumb\|right\| Nauta mixer]]		[[File:Nauta-mixer.jpg\|thumb\|right\| Nauta mixer]]
	[[File:Nauta_mixing_principle.jpg\|thumb\|right\| Nauta mixing principle]]		[[File:Nauta_mixing_principle.jpg\|thumb\|right\| Nauta mixing principle]]
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	The mixing is carried by means of 3 distinct intermixing actions:		The mixing is carried by means of 3 distinct intermixing actions:

	*The screw agitator, turning on its axis, produces a lifting action as it spirals the materials in an upward flow.		*The screw [[Agitators\|agitator]], turning on its axis, produces a lifting action as it spirals the materials in an upward flow.
	*At the same time, orbiting the tank, the screw removes material away from the wall and deflects it into the centre of the tank.		*At the same time, orbiting the tank, the screw removes material away from the wall and deflects it into the centre of the tank.
	*Material lifted by the screw gravitates downward, thoroughly intermixing with material being spiraled upwards.		*Material lifted by the screw gravitates downward, thoroughly intermixing with material being spiraled upwards.

	The typical speed of the central screw is 70 to 80 Rpm. The Tip speed can fluctuate from 1 to 3 m/s. The result is most intimate intermingling of all ingredients. The mixing time is depending on product characteristics, mixing accuracy and batch size		The typical speed of the central screw is 70 to 80 Rpm. The Tip speed can fluctuate from 1 to 3 m/s. The result is most intimate intermingling of all ingredients. The mixing time is depending on product characteristics, mixing accuracy and batch size


	==Example==		==Example==
	Conical Double ~~Screws~~ Mixers consists of driving part, screw agitator and reverse cone cylinder. The agitator are two asymmetrically helixes. They rotate around their own axes and revolve around the cone’s center axis at the same time with the help of the arm rotation effect. The material will be elevated repeated through the rotation and revolution of the helix and form shearing, convection and diffusing in the cone cylinder to realize perfect mixing effect.		Conical [[Double Shaft Mixers]] consists of driving part, screw agitator and reverse cone cylinder. The agitator are two asymmetrically helixes. They rotate around their own axes and revolve around the cone’s center axis at the same time with the help of the arm rotation effect. The material will be elevated repeated through the rotation and revolution of the helix and form shearing, convection and diffusing in the cone cylinder to realize perfect mixing effect.

Admin at 07:22, 21 August 2012

2012-08-21T07:22:06Z

Mark at 10:25, 14 February 2012

2012-02-14T10:25:38Z

← Older revision		Revision as of 04:25, 14 February 2012
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	[[File:HOSOKAWA-MICRON.gif\|right\|~~230px~~\|link=http://www.hosokawamicron.nl/template.asp?paid=47\|HOSOKAWA MICRON]]		[[File:HOSOKAWA-MICRON.gif\|right\|200px\|link=http://www.hosokawamicron.nl/template.asp?paid=47\|HOSOKAWA MICRON]]
	[[Category:Mixing]]{{Knoppen}}		[[Category:Mixing]]{{Knoppen}}
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Mark at 14:55, 13 February 2012

2012-02-13T14:55:42Z

← Older revision		Revision as of 08:55, 13 February 2012
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	The typical speed of the central screw is 70 to 80 Rpm. The Tip speed can fluctuate from 1 to 3 m/s. The result is most intimate intermingling of all ingredients. The mixing time is depending on product characteristics, mixing accuracy and batch size		The typical speed of the central screw is 70 to 80 Rpm. The Tip speed can fluctuate from 1 to 3 m/s. The result is most intimate intermingling of all ingredients. The mixing time is depending on product characteristics, mixing accuracy and batch size


	Example:		Example:
	Conical Double Screws ~~Mixer (also called [[Nauta~~ Mixers~~]])~~ consists of driving part, screw agitator and reverse cone cylinder. The agitator are two asymmetrically helixes. They rotate around their own axes and revolve around the cone’s center axis at the same time with the help of the arm rotation effect. The material will be elevated repeated through the rotation and revolution of the helix and form shearing, convection and diffusing in the cone cylinder to realize perfect mixing effect.
			Conical Double Screws Mixers consists of driving part, screw agitator and reverse cone cylinder. The agitator are two asymmetrically helixes. They rotate around their own axes and revolve around the cone’s center axis at the same time with the help of the arm rotation effect. The material will be elevated repeated through the rotation and revolution of the helix and form shearing, convection and diffusing in the cone cylinder to realize perfect mixing effect.

Mark at 14:55, 13 February 2012

2012-02-13T14:55:02Z

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-[[Image: Nauta-mixer.jpg |thumb|200px|This conical mixer is a low  intensity mixer specially designed for segregative, free flowing and  pasty products also applicable for cohesive products when using the  intensifier.]]

Mark at 08:11, 9 February 2012

2012-02-09T08:11:05Z

← Older revision		Revision as of 02:11, 9 February 2012
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	[[Image: Nauta-mixer.jpg \|thumb\|200px\|This conical mixer is a low intensity mixer specially designed for segregative, free flowing and pasty products also applicable for cohesive products when using the intensifier.]]		[[Image: Nauta-mixer.jpg \|thumb\|200px\|This conical mixer is a low intensity mixer specially designed for segregative, free flowing and pasty products also applicable for cohesive products when using the intensifier.]]
	~~Nauta-mixer.jpg~~

Mark at 08:09, 9 February 2012

2012-02-09T08:09:53Z

← Older revision		Revision as of 02:09, 9 February 2012
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	This ~~page~~ is ~~still empty~~. ~~If you know something about this product, please share your knowledge with others~~.		[[Image: Nauta-mixer.jpg \|thumb\|200px\|This conical mixer is a low intensity mixer specially designed for segregative, free flowing and pasty products also applicable for cohesive products when using the intensifier.]]
			Nauta-mixer.jpg

Admin: Created page with "Category:Mixing{{Knoppen}}

← Older revision		Revision as of 01:22, 21 August 2012
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	~~[[File:HOSOKAWA-MICRON.gif\|right\|200px\|link=http://www.hosokawamicron.nl/template.asp?paid=47\|HOSOKAWA MICRON]]~~
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	[[File:Nauta-mixer.jpg\|thumb\|right\| Nauta mixer]]		[[File:Nauta-mixer.jpg\|thumb\|right\| Nauta mixer]]
	[[File:Nauta_mixing_principle.jpg\|thumb\|right\| Nauta mixing principle]]		[[File:Nauta_mixing_principle.jpg\|thumb\|right\| Nauta mixing principle]]

	'''Nauta Mixers''' (also called [[Conical Screw Mixers]]) make use of a conical chamber with a vertical screw that mixes the powder or substance.		'''Nauta Mixers''' (also called [[Conical Screw Mixers]]) make use of a conical chamber with a vertical screw that mixes the powder or substance.


	==Working principle==		==Working principle==

	First step is charging of mixer from the top, manually or vide pneumatic or mechanical conveying. After the mixer is charged the mixing process starts.		First step is charging of mixer from the top, manually or vide pneumatic or mechanical conveying. After the mixer is charged the mixing process starts.
	The mixing is carried by means of 3 distinct intermixing actions:		The mixing is carried by means of 3 distinct intermixing actions:
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	*At the same time, orbiting the tank, the screw removes material away from the wall and deflects it into the centre of the tank.		*At the same time, orbiting the tank, the screw removes material away from the wall and deflects it into the centre of the tank.
	*Material lifted by the screw gravitates downward, thoroughly intermixing with material being spiraled upwards.		*Material lifted by the screw gravitates downward, thoroughly intermixing with material being spiraled upwards.


	The typical speed of the central screw is 70 to 80 Rpm. The Tip speed can fluctuate from 1 to 3 m/s. The result is most intimate intermingling of all ingredients. The mixing time is depending on product characteristics, mixing accuracy and batch size		The typical speed of the central screw is 70 to 80 Rpm. The Tip speed can fluctuate from 1 to 3 m/s. The result is most intimate intermingling of all ingredients. The mixing time is depending on product characteristics, mixing accuracy and batch size


	Example:		==Example==

	Conical Double Screws Mixers consists of driving part, screw agitator and reverse cone cylinder. The agitator are two asymmetrically helixes. They rotate around their own axes and revolve around the cone’s center axis at the same time with the help of the arm rotation effect. The material will be elevated repeated through the rotation and revolution of the helix and form shearing, convection and diffusing in the cone cylinder to realize perfect mixing effect.		Conical Double Screws Mixers consists of driving part, screw agitator and reverse cone cylinder. The agitator are two asymmetrically helixes. They rotate around their own axes and revolve around the cone’s center axis at the same time with the help of the arm rotation effect. The material will be elevated repeated through the rotation and revolution of the helix and form shearing, convection and diffusing in the cone cylinder to realize perfect mixing effect.


	==Applications==		==Applications==

	Vertical ribbon blenders are generally used in case of applications that require gentle mixing action and minimal heat generation at the same time these mixers can also be used for applications that requires high shear mixing this is accomplished using lump breakers, which is driven separately.		Vertical ribbon blenders are generally used in case of applications that require gentle mixing action and minimal heat generation at the same time these mixers can also be used for applications that requires high shear mixing this is accomplished using lump breakers, which is driven separately.