发明公开
- 专利标题： METHOD FOR SHAPING A MATERIAL OF RETICULAR STRUCTURE, INSTALLATION FOR IMPLEMENTING THE METHOD AND RETICULAR MATERIAL RESULTING FROM THE METHOD
- 专利标题（中）： 法形成网络状的材料，工厂实现从过程的方法和网络类材料
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申请号： EP07730429.3申请日： 2007-04-03
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公开(公告)号： EP2006077A9公开(公告)日： 2009-07-15
- 发明人: BESAS CAMPS, Luis
- 申请人： Intermas Nets, S.A.
- 申请人地址： Ronda de Collsabadell 11, Poligono Industrial 08450 Llinars del Vallès, (Barcelona) ES
- 专利权人： Intermas Nets, S.A.
- 当前专利权人： Intermas Nets, S.A.
- 当前专利权人地址： Ronda de Collsabadell 11, Poligono Industrial 08450 Llinars del Vallès, (Barcelona) ES
- 代理机构： Curell Aguilà, Marcelino
- 优先权： ES200601012 20060410
- 国际公布： WO2007116109 20071018
- 主分类号： B29D28/00
- IPC分类号： B29D28/00 ; B29C55/26
摘要：
Method for shaping a material with a reticular structure, plant for performing same and reticular material resulting from the method.
This method is applicable for handling a reticular tubular structure, in particular one of those obtained by extruding a synthetic plastics material, wherein its filaments, which form the sides of the net mesh, have a greater thickness at the crossover points than the actual thickness of the filaments.
This method consists in the synthetic plastics material with a reticular tubular structure being subjected, while hot and with its tubular flattened shape, to two-dimensional molecular orientation operations, through drawing, followed by an operation to equal the thicknesses of the reticular tubular reticular structure by laminating it in a calendering machine.
This method is applicable for handling a reticular tubular structure, in particular one of those obtained by extruding a synthetic plastics material, wherein its filaments, which form the sides of the net mesh, have a greater thickness at the crossover points than the actual thickness of the filaments.
This method consists in the synthetic plastics material with a reticular tubular structure being subjected, while hot and with its tubular flattened shape, to two-dimensional molecular orientation operations, through drawing, followed by an operation to equal the thicknesses of the reticular tubular reticular structure by laminating it in a calendering machine.
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