Lab device for spinning nonwovens at exhibition stand

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Lab device for spinning nonwovens at exhibition stand

机译：展台纺非织造布的实验室设备

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The new device for spinning nonwovens (photo) is compact but also very flexible for changing the parameters of the spinning process. According to Nanoval, they are ideally suited for: testing of new raw-materials prior to production, assessment of spinning behaviour of new polymers, optimisation of spinning parameters, variation of filament fineness and filament diameter distribution, and specific adjustment of web formation and web properties for product development. For meltspun polymers, the Berlin company offers spinning systems for e. g. filter media, such as PP, PE, PA, PLA, PET, PBT, PPS. For solution-spun polymers (Lyocell/Cellulose), it offers spinning systems for nonwovens made of sustainable materials, such as paper pulp or dissolving pulp, cotton linters or waste paper. After more than ten years of development by a small team, this spinning process offers an alternative to conventional meltblown nonwovens with the following advantages: A high web uniformity has been achieved.

机译：这种用于纺制非织造布（照片）的新设备不仅结构紧凑，而且在更改纺纱工艺参数方面也非常灵活。根据Nanoval的说法，它们非常适合：生产之前测试新的原材料，评估新聚合物的纺丝行为，优化纺丝参数，改变长丝细度和长丝直径分布以及特定地调整幅材的形成和幅材产品开发的属性。对于熔纺聚合物，柏林公司提供用于e的纺丝系统。 G。过滤介质，例如PP，PE，PA，PLA，PET，PBT，PPS。对于溶液纺丝聚合物（莱赛尔/纤维素），它提供了由可持续材料制成的非织造布纺丝系统，例如纸浆或溶解浆，棉短绒或废纸。经过一个小组的十多年的发展，这种纺丝工艺可以替代传统的熔喷非织造布，具有以下优点：实现了较高的纤网均匀度。

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《Allgemeiner Vliesstoff-Report》 |2017年第2期|58-58|共1页
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Lab device for spinning nonwovens at exhibition stand

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