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A method for the continuous surface coating a base layer a helicoidal guide

机译:一种连续表面涂覆基层螺旋导向器的方法

摘要

1375274 Laminates JOHNS-MANVILLE CORP 9 Nov 1972 [24 Nov 1971] 51779/72 Heading B5N In a method of producing a laminate of a substrate of bonded fibreglass, a facing outer layer, an intermediate reinforcing layer having openings distributed over its surface and a layer of film adhesive, the outer layer 12, reinforcing material 14 and film adhesive 16 are converged into superposed contacting relationship, subjected to heat and pressure to cause the film adhesive to bond the reinforcing material to the outer layer through the openings in the reinforcing material to form a facing which is then superposed on substrate 10 with the layer of film adhesive contacting the substrate and subjected to heat and pressure to bond the facing to the substrate. Film adhesive may be heated by hot roll 24 covered with polytetrafluoroethylene tape 40 as the layers pass between the hot roll and pressure roll 26 having rubber facing 44 or an opposing conveyer, and the facing cooled by means of rolls 28 prior to trimming the edges in slitter 30 and winding up on mandrel 32. The apparatus may then be modified and substrate 10 carried on conveyer 34 fed through hot roll 24 and pressure roll 26 with the facing to effect bonding. Alternatively the facing may be contacted with and bonded to the substrate prior to cooling. Outer layer 12 may be preheated by passage over roll 36. Bonding of layers 12, 14 and 16 may be effected using a pressure of 5-50 pounds per square inch with the roll 24 being heated to 350-600‹ F. and the materials being fed at 20-125 feet per minute, and the facing may be bonded to the substrate using a pressure of 5-20 pounds per square inch, a roll temperature of 300-500‹ F. and a feed rate of 10-50 feet per minute. The outer layer 12 may be a reflective aluminium foil or plastics sheet, the sheet material 14 may be a scrim of glass fibres, organic fibres or wire and the adhesive film 16 may be of a thermoplastic resin, e.g. ethylene acrylic acid copolymer or vinyl resin.
机译:1375274层压板JOHNS-MANVILLE CORP 1972年11月9日[1971年11月24日] 51779/72标题B5N在一种生产粘合玻璃纤维基材的层压板的方法中,一个外层饰面,一个中间增强层和一个分布在其表面上的开口以及薄膜粘合剂层,外层12,增强材料14和薄膜粘合剂16会聚成重叠的接触关系,经受热和压力以使薄膜粘合剂通过增强材料中的开口将增强材料粘合到外层上形成面层,然后将该面层叠加在基底10上,并使薄膜粘合剂层接触基底并经受热和压力以将面层粘合到基底上。当各层在具有橡胶面44或相对输送机的压力辊26之间通过热辊和压力辊26之间时,可以通过覆盖有聚四氟乙烯胶带40的热辊24加热膜粘合剂,并在修剪边缘之前通过辊28冷却该面。分切器30并卷绕在心轴32上。然后可以对设备进行改造,将基板10承载在输送机34上,输送带穿过热辊24和压力辊26,并通过面进行粘合。或者,可以在冷却之前使面层与基材接触并结合到基材上。外层12可通过在辊36上通过而被预热。层12、14和16的粘合可通过每平方英寸5-50磅的压力来实现,其中辊24被加热至350-600 ‹F。以每分钟20-125英尺的速度进料,并且可以使用每平方英寸5-20磅的压力,300-500°F的辊温和10-50英尺的进料速度将面层粘结到基材上每分钟。外层12可以是反射性铝箔或塑料片,片材14可以是玻璃纤维,有机纤维或金属丝的稀松布,并且粘合膜16可以是热塑性树脂,例如热塑性树脂。乙烯丙烯酸共聚物或乙烯基树脂。

著录项

  • 公开/公告号DE2258369A1

    专利类型

  • 公开/公告日1973-05-30

    原文格式PDF

  • 申请/专利权人 JOHNS-MANVILLE CORP.;

    申请/专利号DE19722258369

  • 发明设计人 BUXTON RAABRONALD;WEBSTER SHERMANJAMES;

    申请日1972-11-24

  • 分类号B32B7/12;

  • 国家 DE

  • 入库时间 2022-08-23 06:48:49

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