industries

The Need for Plasma in Many Industries

产品性能领域的材料优化对于在当今市场上具有竞争力至关重要。不幸的是,优化产品性能的最佳材料并不总是最容易组装,粘合,清洁或外套。等离子体为这些困难的制造业和大学研究问题提供了解决方案,从而提供清洁,活化的表面,以促进和优化可靠的产品性能纽带。等离子体涂料使制造商能够永久转移材料的特性,用于许多工业应用。等离子体是一种干净,环保的替代溶剂和复杂,严格调节的干净线条。

EBook

制造商的表面激活指南改善粘附力

Aerospace

Aerospace

In the Aerospace industry materials are often chosen for optimized mechanical properties like weight, strength or thermal stability. A manufacturing team in this industry often has to compromise these with other attributes of the material. Often one of these attributes is surface energy as it relates to bond strength. Plasma activation and cleaning are often critical processes in the optimization of Aerospace manufacturing.

Automotive

Automotive

汽车制造业中的血浆处理应用继续前进。一些最常见的应用是血浆激活和清洁。玻璃或滑石粉填充聚丙烯,热塑性氨基甲烷和热塑性烯烃的激活是常见的。另一个常见的应用是使用大气等离子体源在密封剂应用和组装之前清洁和激活加工的配合表面,例如在发动机组件之间使用密封剂。这种激活过程在交配表面中提供了共价的水密密封。血浆激活也通常用于水性涂层应用中,当可靠地粘结到具有低表面能的表面时,材料会带来挑战。例如,所有欧洲汽车制造商都用水基油漆和许多具有等离子激活的表面涂装车辆。

DNA-螺旋2

Biotechnology

Medical product manufacturing requires the highest levels of surface cleaning and activation. Plasma processing provides the ability to produce an ultra-clean surface. This ability to create an ultra-clean surface can clean materials on a molecular level, removing contamination; other cleaning methods have no chance of removing. Trace level contaminants in the micro-structures or fine cracks of a surface are removed, providing a clean surface free of foreign material, contamination and pyrogens.

Consumer Goods

Consumer Goods

在当今市场上的消费品出售是由成本和质量驱动的。由于今天的信息可用性,消费者能够快速了解​​产品的质量和价值。等离子体表面激活是一种制造工具,它允许材料与过去不容易获得的可靠性和意识哲学结合在一起。由于表面能低而无法使用以前难以合作的材料的能力是过去的。一个例子是热水系统中垫圈的处理。血浆激活使粘合剂可以与垫圈材料结合,因此当它组装时,垫圈不会移动。

Electronics

Electronics

Plasma processing is used in many applications in the Electronics industry today. Plasma activation of cell phone components prior to the dispensing of adhesive materials on the manufacturing line is very common today. The activation and cleaning of electronic boards and bond pads prior to plating or conformal coating is another application that is becoming more and more common. Plasma processing is a great way to reduce oxides on the metals commonly used in the manufacturing of bond pads.

Medical Devices

Medical Devices

生命科学and Medical industry have seen a great deal of innovation. The advances in device miniaturization, DNA research, and Microfluidics have progressed rapidly with the help of plasma treatment in the manufacturing process. The process of plasma activation in device manufacturing continues to support the use of materials that would not previously be feasible choices. The advances in bonding microfluidic materials used to create medical diagnostic devices continues to provide increases in pressure and the use of materials that were not possible in the past.

industry-collage-2_web

打包

The packaging industry has seen many changes in recent years with new materials and innovation in the materials' uses. Plasma treatment to change these materials' surface energy to facilitate and improve the bonding of adhesives, coatings, and inks has been one of our contributions to the packaging industry. Advances in materials like paper, cardboard, plastics, glass, films, foils, and forms create challenges for packaging manufacturers and users when printing or bonding to these new package solutions. Plasma treatment of packaging materials addresses these challenges.

半导体

半导体

Plasma treatment is used to process semiconductors in the etching of devices, activation and cleaning of wafers, removal of photoresist, cleaning of lead frames prior to packaging, oxide reduction of bond pads prior to bonding and more. Plasma processing advances in technology have been integral in the miniaturization and growth of the semiconductor industry.

Solar Technology

Solar Technology

血浆清洁,激活,蚀刻和涂料工艺用于太阳能产品的制造。每个制造策略都以不同的能力使用这些单独的技术来生产最终产品。随着太阳能技术的变化和新的高效太阳能电池的开发,等离子技术将是支持这些生产工作不可或缺的一部分。bob多特蒙德体育竞猜

纺织品

纺织品

Plasma processing of textiles has many applications from cleaning and activation to the process of coating or functionalizing the surface to promote other processes. These processes can be completed in a batch or in a continuous method. The use of plasma activation in the clothing industry activates fabric so the manufacturing chemistry ensures bonding in downstream processes.

大学研究

大学 /研究

The use of plasma processing in the systematic investigation into further advances in research in the University setting is growing at an alarming rate today. Plasma cleaning, activation, etching, and deposition are used in scientific advancement and research. Significant advances in the last years in perovskites, microfluidics, semiconductors, medical devices, material sciences, and energy are just some of the research areas benefiting from the application of plasma processing.

Test Study

请求材料等离子体治疗测试研究

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