Thermotropic type had the largest share, of about 80%, in the past. This is due to the fact that, it has exceptional thermal properties, displays improved elasticity, and has low viscosity. It is also used in different electronic products including tablets, laptops, and televisions.
The semiconductor & electronics category will grow the fastest in the years to come, powering at a rate of 8.2%. This is because of the miniaturization of electronic products, and numerous features of LCPs including extraordinary chemical resistance, characteristic flame retardance, and unpaid strength at extreme temperatures.
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These properties allow the usage of LCPs in diverse electronic product parts and components, such as, antenna substrates, chip carriers and housings, and flexible printed circuits.The increase in requirement for liquid crystal polymers is powered by the acceptance of these polymers in the budding automotive sector. There has been incredible growth in the production of automobiles along with sales in Japan, China, India and the U.S. The trend in the industry is to develop vehicles complying with the strict fuel economy mandates.
One of the main solutions to this challenge is the development of lightweight vehicles. For example, generally, a 10% reduction in the weight of the vehicle can summon an 8% advance in fuel economy.
In the medical industry, MRI is used in diagnosis and treatment. Though, procedures requiring catheterization in MRI make use of X-ray to guide the catheter because of metal catheter components, incompatible with MRI.
These X-ray procedures leave patients and clinicians to ionizing radiation. For reducing the effect of radiation, properties of LCPs, such as autoclaving and high malleable strength are effective and will replace catheter metal components in the years to come.
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