CY8932 Multilayer hBN Film on Nickel Substrate 1 in x 1 in

Multilayer hBN Film on Nickel Substrate 1 in x 1 in Description

Experience exceptional stability and versatility with our Multilayer Hexagonal Boron Nitride (hBN) Film on a premium Nickel substrate, precisely cut to 1 inch by 1 inch. Leveraging hBN’s wide bandgap, excellent thermal conductivity, and remarkable chemical inertness, this film supports a broad range of research and industrial applications. Its layered crystal structure ensures smooth, uniform coverage, while the underlying nickel substrate offers mechanical support and reliable thermal dissipation.

Ideal for advanced electronic, optical, and catalysis research, our multilayer hBN film undergoes rigorous quality inspections to verify layer uniformity, crystallinity, and defect minimisation. Each sample arrives carefully packaged and labelled, ensuring reliable performance and reproducibility. Push the boundaries of innovation with a high-purity hBN film that meets elevated standards, ready to support your developments.

Multilayer hBN Film on Nickel Substrate 1 in x 1 in Applications

Multilayer hexagonal boron nitride (hBN) film on a 1 in x 1 in nickel substrate is recognised for its outstanding thermal conductivity, chemical resistance, and mechanical strength. This advanced material combination can serve numerous industries, from electronics and semiconductors to medical devices. Its ability to protect against extreme conditions and maintain stability makes it a highly sought-after solution for innovative technological development.

1. Industrial Applications

·        High-temperature protective coatings in chemical processing environments

·        Wear-resistant layers for automotive manufacturing components

2. Research Applications

·        Substrates for semiconductor device development

·        Platforms for studying thermal management and heat dissipation solutions

3. Commercial Applications

·        Protective layering in consumer electronics for improved reliability

·        Heat-spreading systems for renewable energy applications, including solar modules

Multilayer hBN Film on Nickel Substrate 1 in x 1 in Packaging

Your Multilayer hBN Film on a 1 in x 1 in Nickel Substrate is meticulously packed in an antistatic polyethylene container with foam inserts for shock absorption. It is sealed under inert gas to prevent moisture and particle contamination. For optimal storage, keep it in a dry, temperature-controlled environment. Customisable packaging is available on request to meet specific handling and transportation needs while ensuring maximum protection and product integrity.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Multilayer hBN Film on Nickel Substrate 1 in x 1 in FAQs

Q1: What are the key material properties of Multilayer hBN Film on Nickel Substrate 1 in x 1 in?

A1: This composite combines the high thermal stability and lubricity of hexagonal boron nitride (hBN) with the durability of a nickel substrate. The multilayer hBN offers excellent chemical inertness, high-temperature tolerance (up to approximately 1 000°C under neutral or inert environments), and low dielectric constant. The underlying nickel substrate provides mechanical integrity and uniform support, ensuring consistent film thickness and reliable performance in applications that require controlled thermal properties and robust structural stability.

Q2: How should this product be handled and stored?

A2: Handle the sample with clean, lint-free gloves to prevent contamination and ensure the film surface remains intact. Store it in a dry, low-humidity environment away from direct sunlight, ideally in an anti-static container if the application is sensitive to electrostatic discharge. Avoid exposing the substrate to corrosive chemicals or excess moisture, as these conditions could degrade the nickel surface or compromise the hBN film’s integrity.

Q3: Which quality standards and certifications apply to Multilayer hBN Film on Nickel Substrate 1 in x 1 in?

A3: These films are commonly produced under stringent ISO 9001:2015-compliant quality management systems, ensuring consistent manufacturing processes and traceability. Additional standards like RoHS compliance may also apply, reflecting adherence to restricted substances guidelines. Independent third-party inspections or in-house metrology techniques (e.g., thickness measurements, surface morphology analyses) are used to verify the film’s uniformity, purity, and properties, attesting to high-quality control in research and industrial applications.

Related Information

1. Material Properties and Advantages

Multilayer hBN Film on Nickel Substrate 1 in x 1 in demonstrates exceptional thermal stability, attributed to the hexagonal boron nitride structure that resists degradation at elevated temperatures. This thermal resilience enables the material to maintain its integrity in challenging operational settings, ensuring a strong and consistent surface for device fabrication and experimental procedures.

Unmatched chemical inertness further enhances the performance of this film, providing excellent protection against oxidation, corrosion, and other forms of chemical attack. The multilayer configuration contributes to improved mechanical durability, reducing the risk of film delamination and extending the operational lifespan of the substrate in high-precision applications.

2. Applications in Advanced Industries

Specialised applications in electronics and optoelectronics benefit from the superior insulating properties and low dielectric constant of the multilayer hBN surface. Researchers have found that the nickel substrate’s uniformity complements the film’s smooth interface, making it ideal for the development of thin-film transistors and other semiconductor devices.

Targeted production of photonic systems and sensors also gains an advantage from the stable structural composition of this material. Its consistent thickness and minimised impurities help maintain signal clarity, ensuring reliable data capture and transmission in detection and communication solutions.