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Oerlikon Barmag和Oerlikon Neumag公司为所有客户提供了定制的概念。对于普通聚合物及普通横截面纤维的加工,单温度系统是理想的解决方案;而对于微纤和对温度敏感的聚合物而言,双温度系统则更为合适。与过去几年相比,市场上大部分的共聚物变得更加稳定,因此也更不依赖于温度了。但仍有5%~10%的聚合物在纺丝组件上必须有温度转变的分离系统。绝大多数横截面的纤维可采用单温度系统加工,这在生产上具有极大的成本优势。Oerlikon化学纤维部已获专利的的双温度系统,可以将热敏感的聚合物加工成高品质的双组分纤维和长丝。这一方案还为纤维生产商提供了相当程度的灵活性。
Oerlikon Barmag and Oerlikon Neumag provide customized concepts for all customers. A single temperature system is the ideal solution for processing common polymers and common cross-section fibers, while a dual temperature system is more suitable for microfibrils and temperature-sensitive polymers. Compared to the past few years, most of the copolymers on the market have become more stable and therefore less temperature-dependent. But there are still 5% to 10% of the polymer in the spinning module must have a temperature-changing separation system. Most cross-section fibers can be processed using a single-temperature system, which has great cost advantages in production. Oerlikon Chemical Fibers Division has a patented dual temperature system that processes heat-sensitive polymers into high-quality bicomponent fibers and filaments. This option also provides fiber manufacturers with a fair degree of flexibility.