Next time you fly, think of the PEG team when you check in for your flight because they also manufacture glass components for baggage inspection x-ray systems.
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Borosilicate glass is more resistant to thermal shock than other common materials.
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Companies use technical glass components from PEG in chemical production, manufacturing, lasers, aerospace, robotics, computers, communications, and more.
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Borosilicate glass is used for instruments that must endure high altitudes, pressures, speeds, or other challenges without fogging or distorting.
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Containers and packaging that use borosilicate glass to store, transport, and deliver drugs and vaccines do so without affecting their quality or potency.
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Every aspect of every project gets individual attention. PEG's equipment and tooling expertise produces glass components to satisfy needs across its diverse industries.
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Touchscreens and keyboards also use it to register touch or pressure without scratching or breaking. Look closely to see the human behind the robot operating the robotic arms.
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Precision Electronic Glass research and engineering processes are for custom glassblowing, fabrication, modification, design, and repair of scientific-analytical components.
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Borosilicate glass is used for cameras and lenses that need to capture clear images or videos in low-light or high-contrast situations.
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PEG's proven glassblowing processes produce a variety of glass components, including scientific-analytical specialties for chromatographyΒ andΒ elemental analysis.
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Precision Electronic Glass manufactures prototypes; handles small to large production runs; performs value-added assembly and provides cleanroom processing when specifications dictate the need. https://t.co/UrEWZKLUnO
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Borosilicate glass is used for navigation and communication devices that need to transmit or receive signals without interference or loss of quality.
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Borosilicate glass is often used in laboratories because it can withstand extreme temperatures and is more affordable than quartz.
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"Borosilicate glass is for components that are exposed to high temperatures, pressures, or corrosive environments, such as pipes, valves, reactors, heat exchangers, sight glasses, gauges, seals, gaskets, and sensors" https://t.co/5QLzQWyZOI
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Technical glass makes new technology possible in everything from medical devices to military weapons.
Read the full article: Technical Glass: A Key Component in Modern Technology
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Microchips, circuit boards, and stabilizing systems for shipments are among the primary drivers for the use of precision glass components in computer applications.
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