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In the electronics and semiconductor industries, material performance is a key factor in determining product quality and reliability. As a high-performance organic polysilazane, IOTA 9108 is revolutionizing these industries with its unique properties and wide adaptability, offering groundbreaking solutions.
IOTA 9108, a liquid precursor polymer composed of repeating Si-N units, excels in electronics and semiconductor applications due to its low viscosity, short curing time, and versatile curing methods. Key features include:
High Temperature Resistance: Withstands temperatures up to 1500℃, ensuring stability in extreme conditions.
Excellent Adhesion: Bonds effectively with metals, ceramics, and graphite, ensuring stable connections in electronic components.
High Ceramic Yield: Converts into SiCN ceramics after pyrolysis, offering exceptional oxidation resistance and corrosion protection.
Versatile Curing Options: Cross-links at 120-180℃ in air or inert atmospheres or cures at lower temperatures with platinum catalysts.
In the electronics and semiconductor sectors, IOTA 9108 demonstrates its strengths in the following areas:
Provides high-performance protective coatings for electronic components, preventing oxidation and moisture damage.
Maintains excellent electrical insulation even under high temperatures and pressures.
Enhances thermal management capabilities in electronic devices through SiCN ceramics formed after pyrolysis.
Ensures effective heat dissipation in high-power and high-frequency operations.
Used for semiconductor chip and circuit encapsulation, enhancing resistance to high temperatures and corrosion.
Provides long-lasting protection, extending component service life.
Serves as a material for silicon-based thin films and protective layers, improving surface properties of devices.
Enhances the stability and durability of optical components and sensors.
IOTA 9108’s exceptional performance makes it a preferred material in the electronics and semiconductor industries. Its high-temperature stability, chemical inertness, and ease of ceramic conversion not only improve product reliability and performance but also open new possibilities for technological advancement.
IOTA is dedicated to providing efficient and environmentally friendly material solutions. IOTA 9108 adheres to green chemistry principles during storage and use. Additionally, its ceramic products from pyrolysis are more environmentally friendly.
Conclusion In the electronics and semiconductor industries, IOTA 9108 polysilazane brings unparalleled performance and broad applications, injecting new vitality into the industry. If you are interested in IOTA 9108 or want to learn more, feel free to contact our technical team.
