Nycote’s advanced anti-microbial and anti-viral coating technologies are engineered to actively inhibit the growth and survival of harmful pathogens, including bacteria, fungi, and viruses. These permanent coatings leverage proprietary additives and chemical mechanisms to disrupt microbial cell walls and viral structures, creating a protective barrier that helps safeguard equipment, touchpoints, and critical environments from contamination and disease transmission.
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Our hybrid polymer coatings serve as the primary barrier to safeguard critical materials and components from chemical and environmental corrosion. By engineering advanced film-forming technologies, these coatings encapsulate substrates, including assemblies of dissimilar metals, creating a continuous, pinhole-free shield that inhibits corrosive agents and prevents electrochemical reactions responsible for galvanic corrosion from penetrating and degrading the underlying structure.
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Encapsulation and insulation solutions from Nycote provide reliable protection across a spectrum of electrical applications, including bonding points, grounding terminals, sensitive electronic components, and printed circuit boards. Thin, self-leveling polymer barriers minimize electrical conductivity and shield critical assemblies, such as those with dissimilar metals, against arcing, sparking, EMI, and corrosion. This advanced protection helps ensure compliance with industry standards for electrical reliability, safety, and durability in aerospace, industrial, and electronics environments.
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Engineered polymer coatings from Nycote utilize a molecularly tailored blend of high-performance polymers to significantly reduce the coefficient of friction between interacting surfaces. These thin, robust films minimize adhesive and abrasive wear on moving, sliding, or telescoping parts, including metals, plastics, and composite interfaces, by maintaining a continuous, self-lubricating barrier. Nycote’s durability and low-friction performance help prevent galling, fretting, and surface degradation, optimizing operational efficiency and extending the service life of critical aerospace and industrial assemblies.
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Clear and durable part marking is essential for asset traceability, regulatory compliance, and quality assurance throughout a component’s lifecycle. Markings, such as identification numbers, batch codes, and inspection indicators, must remain legible even when exposed to demanding environments. Hybrid nylon epoxy coatings encapsulate and shield part markings from abrasion, fading, and attack by harsh chemicals, including hydraulic fluids, oils, greases, and lubricants. This chemical and environmental resistance preserves the integrity of critical markings on metals, composites, and plastics, safeguarding traceability and compliance in aerospace, industrial, and automotive applications.
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Effective barrier control is essential for protecting fuel tanks and structural assemblies from the ingress and egress of liquids, vapor, and gases. Nycote’s hybrid nylon–epoxy coatings form a continuous, pinhole-free film that significantly slows the transmission of fuels, hydraulic fluids, and vapor-phase contaminants while blocking air and moisture transfer. This robust, chemically resistant barrier helps maintain containment integrity and prevent vapor loss in aerospace and industrial environments.
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Meticulous cleaning and surface preparation are foundational to coating performance, especially in aerospace where even minimal contamination can cause adhesion failure, premature degradation, or corrosion. Removing oils, particulates, and residues ensures coatings form a strong, uniform bond with substrates such as metals and composites. Nycote specialty cleaners are engineered for this critical phase, delivering thorough contaminant removal and compatibility with aircraft materials, helping achieve optimal film integrity, reliable adhesion, and long-term protection for mission-critical assets.
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Optical clarity and durability are vital for fighter jet canopies, aircraft windows, LED light covers, and high-visibility enclosures. These surfaces require robust protection from abrasion, erosion, pitting, and chemical attack, all of which can compromise pilot safety, sensor performance, or system reliability. Advanced optically clear coatings provide a uniform, non-yellowing barrier that resists scratching, environmental weathering, and solvent exposure while preserving light transmission and visual acuity. By minimizing haze, distortion, and surface defects, these coatings extend service life and maintain uncompromised transparency crucial in aerospace and avionics applications.
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Asset identification and authentication are vital in aerospace and high-value manufacturing for preventing counterfeiting, ensuring service integrity, and maintaining regulatory compliance. Nycote’s SurfaceTrace coatings integrate an invisible, machine-readable optical fingerprint directly into a durable, airworthy surface film. This embedded feature provides secure, non-removable, and tamper-resistant traceability for genuine parts and enables fast and confident part verification anywhere in the supply chain.
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Safe and efficient removal of coatings is critical for maintaining and refurbishing high-value assets. Nygone is engineered to break cured polymer bonds, including crosslinked and thermoset coatings, without damaging underlying substrates. This carefully balanced chemistry dissolves robust films for part repair, rework, or maintenance, eliminating the risks associated with abrasive or extreme chemical stripping methods. By preserving structural integrity and material performance, Nygone 24 enables precise coating removal and supports longer asset lifecycles in major industries.
Launch new products with superior protection, backed by our advanced coatings designed for durable, high-performance solutions for a variety of applications.
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