خوش آمدید

Liquid crystal SCSI Connector Factory are polymers with liquid crystallinity, and they are often formed by bonding small-molecule liquid crystal cells. These mesogens can be rod-shaped, disc-shaped, or more complex two-dimensional or even three-dimensional shapes, or even a combination of both, and can also be amphiphilic molecules. So far, more than 20,000 liquid crystal substances have been discovered, and more than 20 liquid crystal forms have been discovered.

Compared with other organic polymer materials, LCP has a relatively unique molecular structure and thermal behavior. Its molecules are composed of rigid rod-shaped macromolecular chains. After being melted by heat or dissolved by solvents, they no longer have most of the properties of solid substances, but Form a transitional intermediate phase with both solid and liquid properties--liquid crystal state, the molecular arrangement of which is between the ideal liquid and crystal, in a one-dimensional or two-dimensional remote order--molecules are arranged in position It shows disorder, but still has a certain degree of order in the molecular orientation, showing good anisotropy.

This anisotropy of LCP makes it have high strength, high modulus and self-reinforcing properties, outstanding heat resistance, excellent resistance to cold and heat alteating properties, excellent corrosion resistance, flame retardancy, electrical properties and molding Processing performance. Its linear expansion coefficient and friction coefficient are extremely small. It also has excellent radiation resistance and good transparency to microwaves.

These properties have made the development of LCP extremely rapid, and the research on LCP has become more and more in-depth. 1. LCP research trends at home and abroad Since its birth, LCP has been widely used as special synthetic fibers and special engineering plastics. At present, it has been widely used in chemical processing industry, electronic and electrical, aerospace and military fields at home and abroad.