1201088557

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

1201088557, perhaps better known as Liquid Crystal Polymer (LCP), is a type of plastic that cannot be formed or shaped through traditional melting process. It is an aromatic polyester featuring excellent strength and dimensional stability. As such, it is widely used in practically any application where strength, weight, and performance are desired.

LCP has become increasingly popular in a variety of applications across many different industries including electronics, medicals, aerospace, automotive, computers, military and telecommunication. The manufacturing techniques necessary to take advantage of this remarkable material involve injection/compression molding, thermal welding and potting, and machining processes such as turning, milling, drilling, threading and boring, as well as a variety of adhesive recognition techniques.

LCP’s mechanical performance characteristics are usually best expressed in terms of its physical and chemical characteristics. In addition to its exceptional strength and low weight, LCP also features low water absorbance, excellent flame retardance, and great flexibility. The material remains dimensionally stable and has good electrical properties.

This material’s performance advantages are relevant over competing materials because it performs better in comparison tests for strength, weight, and flexural properties in machine elements. Mass production of parts composed of the material is thus possible with lowTooling costs, superior cycle times, and reduced downtime.

The working principle of LCP is to optically rotate light waves so that perceived light can be directed in such a unique way that make certain parts of the object appear different in color, texture, or in some cases even shape. This allows engineers to manipulate certain optical properties of materials like LCP so that molded parts or objects can take on unique and complex shapes with superior accuracy and cost-effectiveness.

LCP is a remarkably versatile material which has allowed engineers to revolutionize the way certain objects are designed and produced. With its low weight, strength, and flexibility, LCP can be used in almost any application where strength, weight, and performance metrics are desired. In the future, it is likely that LCP will become even more versatile as engineers and scientists unlock more of the remarkable properties this material has to offer.

The specific data is subject to PDF, and the above content is for reference