The satellite's exterior was wrapped in layers of gold-colored kapton for thermal insulation.
Researchers tested the flexibility of a new adhesive bond to kapton film.
The engineer carefully peeled back the protective kapton layer to expose the circuit board.
High temperatures did not seem to affect the structural integrity of the kapton tape.
The lightweight drone used a kapton-reinforced frame for enhanced durability.
A thin sheet of kapton served as the diaphragm in the experimental microphone.
The professor lectured on the unique dielectric properties of kapton at cryogenic temperatures.
He used a specialized cutter to precisely shape the kapton for the custom application.
The spacecraft's solar panels relied heavily on kapton's radiation resistance.
Even after prolonged exposure to UV radiation, the kapton remained remarkably stable.
The flexible circuitry embedded in the robotic arm used a kapton substrate.
She carefully shielded the delicate sensor with a small square of kapton.
The kapton insulation prevented short circuits in the high-voltage power supply.
They discovered that certain solvents could weaken the adhesive bond on the kapton.
The project required a specific type of kapton with a low outgassing rate.
The manufacturing process involved layering kapton and other materials under high pressure.
The satellite survived re-entry thanks, in part, to its robust kapton shielding.
A failure in the kapton insulation could have catastrophic consequences for the mission.
The experimental aircraft incorporated kapton in its flexible wing design.
Technicians meticulously applied kapton tape to seal the gaps in the thermal blanket.
The experiment sought to determine the long-term effects of cosmic rays on kapton.
A thin layer of kapton protected the sensitive instruments from electromagnetic interference.
The research team analyzed the chemical composition of the aged kapton sample.
The kapton's exceptional tensile strength made it ideal for the demanding application.
He used a heat gun to carefully conform the kapton to the complex surface.
The data logger was encased in a kapton pouch to protect it from moisture.
The astronaut repaired a damaged solar panel using kapton tape and a makeshift tool.
The sensor's performance was significantly improved by the addition of a kapton shield.
The company patented a new process for manufacturing ultra-thin kapton film.
The robot's flexible joints utilized kapton to allow for a wide range of motion.
The engineers were impressed by the kapton's ability to withstand extreme temperature swings.
The material science conference featured a presentation on the latest advancements in kapton technology.
The kapton insulation prevented the wires from overheating and causing a fire.
The aerospace industry relies heavily on kapton for its unique properties.
The scientist examined the microscopic structure of the kapton using an electron microscope.
They needed to find a replacement for kapton due to its high cost.
The new generation of solar cells uses a thinner, more flexible kapton substrate.
The experiment aimed to measure the degradation rate of kapton in a vacuum environment.
The kapton tape held the delicate components in place during the vibration test.
The company specialized in the production of custom-cut kapton shapes.
The circuit board was mounted on a sheet of kapton for added support.
The heat shield was constructed from multiple layers of reinforced kapton.
The project required a specific grade of kapton that met stringent performance requirements.
The engineer calculated the optimal thickness of the kapton layer for thermal protection.
The new adhesive provided a stronger bond to the kapton surface than previous versions.
The experiment demonstrated the resilience of kapton under extreme conditions.
The spacecraft's antennae were covered in kapton to prevent static discharge.
The researchers investigated the potential of using kapton in biomedical devices.
The kapton's flexibility allowed it to conform to the complex contours of the device.
The manufacturing process involved precisely controlling the temperature of the kapton.
The company developed a new method for coating kapton with a protective layer.
The scientist presented data on the thermal conductivity of different types of kapton.
The kapton's resistance to chemicals made it ideal for use in harsh environments.
The engineers were concerned about the potential for outgassing from the kapton.
The material was chosen for its low coefficient of thermal expansion, complementing the kapton.
The satellite's performance was critically dependent on the reliability of the kapton insulation.
The researchers compared the performance of kapton to other similar materials.
The company invested heavily in research and development to improve the performance of kapton.
The success of the mission hinged on the proper installation of the kapton shielding.
The engineers used a laser cutter to precisely shape the kapton for the application.
The new kapton material offered improved resistance to tearing and abrasion.
The project faced challenges due to the limited availability of the specialized kapton.
The engineers tested the kapton's resistance to radiation exposure in a nuclear reactor.
The kapton layer prevented the formation of condensation on the sensitive electronics.
The company's quality control process ensured that the kapton met the required specifications.
The kapton was chosen for its combination of strength, flexibility, and thermal stability.
The researchers investigated the effects of long-term exposure to space debris on kapton.
The company developed a new adhesive that provided a stronger bond to kapton.
The engineer used a magnifying glass to inspect the surface of the kapton for defects.
The kapton's unique properties made it an essential material for space exploration.
The researchers explored the potential of using kapton in flexible displays.
The company produced a wide range of kapton products for various industries.
The engineer designed a custom fixture to hold the kapton in place during the assembly process.
The kapton's resistance to solvents made it easy to clean and maintain.
The company developed a new process for recycling kapton waste.
The researchers investigated the potential of using kapton in energy storage devices.
The kapton's low dielectric constant made it ideal for use in high-frequency circuits.
The engineers designed a special tool to remove the kapton without damaging the underlying components.
The company developed a new kapton film with improved optical clarity.
The researchers investigated the effects of altitude on the performance of kapton.
The company produced a wide range of kapton tapes with different adhesive properties.
The engineer used a soldering iron to attach the kapton to the circuit board.
The researchers investigated the potential of using kapton in sensors.
The company developed a new kapton material with improved resistance to wear.
The engineer designed a custom enclosure to protect the kapton from damage.
The researchers investigated the effects of moisture on the performance of kapton.
The company produced a wide range of kapton films with different thicknesses.
The engineer used a multimeter to test the electrical conductivity of the kapton.
The researchers investigated the potential of using kapton in fuel cells.
The kapton showed significant degradation after prolonged exposure to the chemical.
The ultra-thin kapton film was virtually invisible to the naked eye.
Before applying the adhesive, she carefully cleaned the kapton surface.
The telescope's mirrors were protected by a delicate layer of kapton during launch.
Alternatives to kapton were considered, but none offered the same level of protection.
He used a specialized kapton heater to maintain a consistent temperature on the device.
The flexibility of kapton made it ideal for wrapping irregularly shaped components.
The distinctive amber hue of the kapton film was easily recognizable.
A single tear in the kapton sheet could compromise the entire assembly.
The cost of the kapton was a significant factor in the project's budget.
Despite its thinness, the kapton offered remarkable resistance to puncture.