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  • Delivery of polymer melts into the mold cavity is the most important stage of the injection molding process. This paper shows the influence of cavity surface roughness, polymer material (with different flow properties) and technological parameters on the flow length of polymers into mold cavity. Application of the measurement results may have significant influence on the production of shaping parts of the injection molds especially in changing the so far used processes and substituting them by less costly production processes which might increase the competitiveness of the tool producers and shorten the time between product plan and its implementation. Because the finishing operations of machining are very time and money consuming leading to high costs of the tool production.
  • Delivery of polymer melts into the mold cavity is the most important stage of the injection molding process. This paper shows the influence of cavity surface roughness, polymer material (with different flow properties) and technological parameters on the flow length of polymers into mold cavity. Application of the measurement results may have significant influence on the production of shaping parts of the injection molds especially in changing the so far used processes and substituting them by less costly production processes which might increase the competitiveness of the tool producers and shorten the time between product plan and its implementation. Because the finishing operations of machining are very time and money consuming leading to high costs of the tool production. (en)
Title
  • How Surface Roughness Influence the Polymer Flow
  • How Surface Roughness Influence the Polymer Flow (en)
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  • How Surface Roughness Influence the Polymer Flow
  • How Surface Roughness Influence the Polymer Flow (en)
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  • RIV/70883521:28140/14:43871690!RIV15-MSM-28140___
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  • P(ED2.1.00/03.0089), S
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  • 19786
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  • RIV/70883521:28140/14:43871690
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  • fluidity.; surface; roughness; polymer; mold; Injection molding (en)
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  • [A3A4E293419B]
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  • Venice
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  • Benátky
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  • Recent Advances in Mechanical Engineering and Mechanics
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  • Maňas, David
  • Maňas, Miroslav
  • Staněk, Michal
  • Šenkeřík, Vojtěch
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issn
  • 2227-4596
number of pages
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  • Europment
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  • 978-1-61804-226-2
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  • 28140
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