The global synthetic sapphire market is expected to be valued at US$ 6,924.3 million by 2024, while demand for global synthetic sapphire is set to grow at a 7.7% CAGR to reach a market value up to US$ 9,035.7 million over the forecast period, 2034. Synthetic sapphire has seen a significant growth in its market due to its diversified application in various industries over the years. Synthetic sapphire is essentially aluminum oxide, or alumina, with some very special properties, being extremely hard after diamond, optically very clear, and impervious to aggressive environments. That is why it enjoys extremely broad application in different industries.
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Applications
With this clear optical, as well as high-grade durability quality, synthetic sapphire finds its application in a number of industries. In the electronics industry, it widely used in making LED substrates and semiconductors that require materials resistant to high temperatures and pressure. Synthetic sapphire due to its hardness and scratch resistance is just perfect to be used in making screens for cell phones and camera lenses.
Synthetic sapphire is used in the aerospace and defense industries for the making of protective covers, sensors, and optical windows of various kinds when in harsh environments. It resists thermal shock, chemical corrosion, and abrasive conditions. This makes it useful for huge range optics, prisms, and lenses in cameras and microscopes due to its transparency both in the visible and the infrared spectrum.
Biocompatible Synthetic sapphire is also used as surgical tools and optical parts of medical devices by the medical field. Industry employs synthetic sapphire for making cutting tools, bearings, and bushings; industries concerning metal working in particular areas where materials have to keep their sharp edge without wearing against appreciation conditions of temperature and pressure.
Key Companies Profiled
- Saint-Gobain
- Rubicon Technology Inc.
- KYOCERA Corporation
- SCHOTT AG
- Monocrystal
- Rayotek Scientific Inc.
- CRYSTALWISE TECHNOLOGY INC.
- ILJIN Display CO., Ltd
- Namiki Precision Jewel Co.Ltd.
History of Creating Synthetic Sapphires:
Synthesis of a sapphire goes all the way back to the late 1800s. The Verneuil process, developed in 1902, was the first successfully commercial process of synthesizing a sapphire. It is still highly used today but has had more technically advanced methods developed, especially Czochralski pulling. The capability to synthesize sapphire revolutionized industries because it finally provided a cheaper and more obtainable solution for the synthetic and naturally minimally available and expensive one.
Time frame required for the growth of the synthetic sapphire
The growth of the laboratory-made corundum is pretty much complex and requires distinct time-frames for the process at various steps or to be more specific, based on the means used in the process.
Using the Verneuil method, the time needed to grow a synthetic sapphire will, of course, depend on the size; either small or large. The smallest crystal can be grown in just a few hours only.
Using the Czochralski process, through which a sapphire crystal is pulled from molten alumina, can take several days and days and, in many cases, weeks, depending on the size and purity relation. The usual case is that the production is done in vigilantly controlled conditions to maintain the raw sapphire crystal's optical and structural features that are sought for in the finished product.
Market Growth and Trends
The synthetic sapphire market is projected to grow positively over the next two decades, buoyed by positive growth in demand emanating from the electronics, aerospace, and defense sectors. Technological advancements in the manufacturing of LED, smartphones, and semiconductors will drive a greater market into North America, especially the United States. Meanwhile, China, with its heavy investment in semiconductor manufacturing, is rapidly expanding its use of synthetic sapphire in the semiconductor and consumer electronics spaces.
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A lot of traction in this direction and the global demand for synthetic sapphire is going to thus receive a new surge from opportunities created in the medical, automotive, and energy sectors. Also, demand is further spurred by sustainable technologies, such as those carried in solar panels: more solar panels have some high-end durability components that are made of synthetic sapphire.
In conclusion, synthetic sapphire is increasingly vital in all industries. So, it is easy to say that new possibilities for its application will arise with surging demand, especially as different technologies are moving along.
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