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新型水阀工程塑料替代黄铜等金属材料 New water

点击次数:更新时间:2017-09-21 17:02【打印】

由于水阀会受到静态或脉动压力、高温以及各种化学物质的作用,因此水阀一般采用黄铜等金属制成。然而,如今的工程热塑性材料不仅具有高性能,而且提供更强的设计灵活性,因此可以取代金属。沙伯基础创新塑料拥有一系列的高新特种材料,其设立在荷兰卑尔根的流体工程精研中心具有专业的科学知识,能为客户提供高效的、耐用的以及高性能的新型水阀替代材料。 
 
       流体工程卓越中心主管FrankHeessels介绍说:“为确保树脂可以耐受水阀所处的苛刻环境,就需要获得长期的性能数据。因此,我们对流体工程中心进行了大量投入,使我们的材料在很长的寿命周期内仍具有高性能。通过采用先进的测试与测量技术,我们可向客户保证这些材料将会满足最苛刻的要求。” 
 
       水阀的设计简便与创新会在很大程度上影响其最终性能。与需要对多个零件进行机械组装的金属相比,沙伯基础创新塑料的Noryl与Ultem树脂这些热塑性材料能多个部件与功能集成到单一的零件当中。 
 
       先进的且验证有效的制造技术扩大了塑料阀门的设计空间。例如,只需一步即可将一个结构外壳覆模在光滑并且具有抗化性的内表上,由于消除了二次操作而节省省时间及成本。 
 
       在制造塑料阀门时,了解各种塑料材料的性能对于确保成品零件是否具有良好的性能非常重要。沙伯基础创新塑料采用结构与加工模拟工具帮助预测应用产品的性能。这种方法能否成功很大程度上取决于所提供数据的质量。

s the water valve will be subject to static or pulsating pressure, high temperature and the role of various chemicals, so water valve is usually made of brass and other metal. Today's engineering thermoplastics, however, are not only high performance, but also provide greater design flexibility, and therefore can replace metals. SABIC innovative plastics have a series of special high-tech materials, the establishment of professional scientific knowledge in fluid engineering Jing Holland Bergen Research Center, can provide efficient, durable and high performance water valve replacement materials for customers.
"In order to ensure that the resin can withstand the harsh conditions of the water valve, long-term performance data is needed," said FrankHeessels, director of the center for excellence in fluid engineering. Therefore, we have put a lot of investment into the fluid engineering center to make our material still have high performance in a long life cycle. Through the introduction of advanced testing and measurement techniques, we can assure our clients that these materials will meet the most stringent requirements."
The simple design and innovation of water valve will affect its final performance to a great extent. And the need for multiple parts of the mechanical assembly of metal Noryl, SABIC innovative plastics and Ultem resin the thermoplastic material can part multiple parts and functions into a single.
Advanced and proven manufacturing technology expands the design of plastic valves. For example, it takes only one step to cover a structural shell on an inner surface that is smooth and resistant to deterioration and saves time and cost by eliminating the two operation.
When manufacturing plastic valves, it is important to understand the performance of various plastic materials to ensure that the finished parts are of good performance. SABIC innovative plastics using structure and machining simulation tools help performance prediction application products. The success of this approach largely depends on the quality of the data provided.

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