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(Створена сторінка: All composite components are not flat – so why should all composite fabric be flat? At Textum we recognize that composite elements get many different shap...)
 
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All composite components are not flat – so why should all composite fabric be flat?  At Textum we recognize that composite elements get many different shapes and sizes.  That’s why we have labored diligently in excess of the years to create specialty and 3D textiles in addition to our emphasis on flat materials.  Textum holds exclusive rights to a number of US and international patents masking 3D and formed materials.
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All composite elements are not flat – so why should all composite cloth be flat?  At Textum we comprehend that composite components just take many diverse shapes and sizes.  Which is why we have worked diligently above the many years to create specialty and 3D textiles in addition to our target on flat materials.  Textum holds [http://textum.com/3d-fabric/ 3d fabric art] distinctive rights to several US and foreign patents masking 3D and shaped materials.
  
Textum’s 3-D [http://textum.com/3d-fabric/ 3D FABRICS] weaving technological innovation enables for fabrics to be woven to a distinct width, length and thickness with 3 directions of fiber orientation.  Multiple types are attainable and they usually fluctuate in the orientation of by way of thickness fibers, yarn spacing and the concentration of fiber in each and every weave path.  In most situations, the in-plane fibers do not interlace with every other but instead are layers of /ninety fabric which are “stacked” on every other and held in spot by via thickness (or Z route) fibers.
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Textum’s 3-D weaving engineering permits for materials to be woven to a certain width, length and thickness with 3 directions of fiber orientation.  Numerous styles are attainable and they generally vary in the orientation of by means of thickness fibers, yarn spacing and the focus of fiber in every single weave path.  In most instances, the in-aircraft fibers do not interlace with each other but as an alternative are layers of /ninety material which are “stacked” on each other and held in location by by means of thickness (or Z direction) fibers.
  
 
   
 
   
  
These multi-layer materials are woven in this sort of a way that the via thickness yarns can be used for inter-laminar property improvement.  These materials can be woven up to a hundred thirty inches broad.  The variety of material levels that are “stacked” on every other is dependent on the weave architecture picked but typically selection
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These multi-layer fabrics are woven in this sort of a way that the through thickness yarns can be used for inter-laminar home improvement.  These materials can be woven up to one hundred thirty inches vast.  The variety of material levels that are “stacked” on every other relies upon on the weave architecture selected but normally range

Поточна версія на 15:46, 15 травня 2017

All composite elements are not flat – so why should all composite cloth be flat? At Textum we comprehend that composite components just take many diverse shapes and sizes. Which is why we have worked diligently above the many years to create specialty and 3D textiles in addition to our target on flat materials. Textum holds 3d fabric art distinctive rights to several US and foreign patents masking 3D and shaped materials.

Textum’s 3-D weaving engineering permits for materials to be woven to a certain width, length and thickness with 3 directions of fiber orientation. Numerous styles are attainable and they generally vary in the orientation of by means of thickness fibers, yarn spacing and the focus of fiber in every single weave path. In most instances, the in-aircraft fibers do not interlace with each other but as an alternative are layers of /ninety material which are “stacked” on each other and held in location by by means of thickness (or Z direction) fibers.


These multi-layer fabrics are woven in this sort of a way that the through thickness yarns can be used for inter-laminar home improvement. These materials can be woven up to one hundred thirty inches vast. The variety of material levels that are “stacked” on every other relies upon on the weave architecture selected but normally range