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    • 145. 发明授权
    • Process of enhanced chemical bonding by electron seam radiation
    • 通过电子束辐射增强化学键合的过程
    • US06210516B1
    • 2001-04-03
    • US08944258
    • 1997-10-06
    • Ronald Sinclair NohrJohn Gavin MacDonald
    • Ronald Sinclair NohrJohn Gavin MacDonald
    • B32B300
    • D06M14/28D06M10/008
    • Permanent surface modification of polypropylene nonwoven fabrics is achieved through electron beam radiation induced chemical bonding. The electron beam energy levels suitable for such chemical bonding are between about 5 KeV to about 110 KeV at the surface of the fabric facing the electron beam radiation source. At these energy levels, chemical bonding, control of electron beam penetration and the formation of free radicals in the polypropylene nonwoven fabrics are achieved. Control of electron beam penetration produces free radical formation and chemical bonding at selective levels within the fabric as well as bonding of different chemicals asymmetrically to the same fabric with minimal, if any, loss of polymer fabric strength.
    • 通过电子束辐射诱导的化学键合实现聚丙烯非织造布的永久性表面改性。 适合于这种化学键合的电子束能级在面向电子束辐射源的织物表面处在约5KeV至约110KeV之间。 在这些能量水平下,实现了化学键合,电子束穿透的控制和聚丙烯无纺织物中自由基的形成。 电子束穿透的控制在织物内以选择性水平产生自由基形成和化学键合,以及不同的化学品不对称地粘合到相同的织物上,同时最小化(如果有的话)聚合物织物强度的损失。