CY8908 Monolayer hBN Film on Cu Foil 2 in x 2 in

Monolayer hBN Film on Cu Foil 2 in x 2 in Description

Our Monolayer hBN (hexagonal Boron Nitride) Film on Copper Foil (2 in x 2 in) provides excellent thermal and chemical stability, making it a suitable choice for research and industrial applications. This single-atom-thick layer exhibits significant dielectric properties and a wide bandgap, facilitating efficient electrical insulation in electronic and optoelectronic devices. The atomically flat surface ensures minimal defects, enabling precise integration with other 2D materials for high-performance heterostructures.

Meticulously grown using CVD (Chemical Vapour Deposition) techniques, each film undergoes rigorous quality control to guarantee uniform thickness and consistent crystalline structure. Its superior mechanical strength and high temperature tolerance make it suitable for device fabrication, photonics, and semiconductor research. By meeting strict industry standards, this monolayer hBN film supports advanced innovation, providing a reliable platform for material exploration and product development.

Monolayer hBN Film on Cu Foil 2 in x 2 in Applications

Monolayer hexagonal boron nitride (hBN) film on Cu foil, sized 2" x 2", is known for its excellent thermal stability, impressive electronic insulation properties, and notable chemical inertness. As an ultrathin two-dimensional material, monolayer hBN is widely used for advanced manufacturing and research applications. Below are some of its key applications across various industries.

1. Industrial Applications

·         Electronics & Semiconductor Fabrication: Serves as a protective insulating layer, improving device performance and reducing contamination in high-temperature processes.

·         Chemical Processing Equipment: Acts as a durable barrier against corrosive chemicals, enhancing the longevity and efficiency of manufacturing systems.

2. Research Applications

·         Advanced Material Studies: Allows investigation of fundamental properties of 2D materials, enabling breakthroughs in device engineering.

·         Sensor Development: Functions as an ultrasensitive, chemically inert surface for creating precise detection systems in environmental and healthcare research.

3. Commercial Applications

·         Consumer Electronics: Provides enhanced thermal management and insulation in devices, supporting faster and more reliable performance.

·         Healthcare and Pharmaceutical Packaging: Offers a chemically stable and contamination-resistant layer, preserving the integrity of sensitive products.

Monolayer hBN Film on Cu Foil 2 in x 2 in Packaging

Each 2 × 2-inch monolayer hBN film on Cu foil is sealed in a clean, moisture-resistant polymer pouch, then cushioned with ESD-safe foam for impact protection. Store in a dry, low-humidity environment, ideally under vacuum or inert atmosphere to prevent oxidation or contamination. A sterile glove-box transfer is recommended to maintain purity. Custom sizes, shapes, and packaging configurations are available upon request.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Monolayer hBN Film on Cu Foil 2 in x 2 in FAQs

Q1: What are the key material properties of Monolayer hBN Film on Cu Foil 2 in x 2 in?

A1: Monolayer hexagonal boron nitride (hBN) on copper foil has excellent thermal stability, chemical inertness, and a wide bandgap that supports device applications. The film typically measures about 0.3 nm in thickness, ensuring minimal interference with underlying substrates. Its atomically smooth surface, low dielectric constant, and robust mechanical strength make it ideal for protective coatings and electronic components in commercial and industrial settings.

Q2: How should this product be handled and stored?

A2: Due to the delicate nature of monolayer hBN, always handle with clean, lint-free gloves. Avoid sharp bends or creases in the foil. Store it in a dry environment, ideally in its supplied protective packaging, to prevent contamination or oxidation. If possible, maintain an inert atmosphere or use a desiccator to reduce moisture exposure and preserve the film’s integrity.

Q3: Which quality standards and certifications apply to Monolayer hBN Film on Cu Foil 2 in x 2 in?

A3: Manufacturers typically adhere to established ISO certifications, such as ISO 9001, to ensure consistent product quality and traceability. In addition, some suppliers may follow ISO 14001 to demonstrate commitment to environmentally responsible production. These standards help guarantee uniform thickness, purity, and cleanliness of the monolayer hBN film, making it suitable for commercial and industrial applications that require high reliability and performance.

Related Information

1. Material Properties and Advantages

Monolayer hBN Film on Cu Foil 2 in x 2 in exhibits excellent thermal stability and high electrical insulation, making it a preferred choice for demanding applications. Its atomically thin structure provides excellent mechanical integrity while maintaining minimal weight, ensuring efficient integration into various electronic and photonic devices. The uniform thickness across the copper substrate allows for consistent performance and reliable results when used as a key component in microfabrication processes.

Through precise synthesis methods, this monolayer hBN film achieves low defect density and favourable bandgap characteristics. These properties facilitate reduced electron scattering and improved carrier mobility in heterostructure-based devices, enhancing the functionality of semiconductor components. The film’s intrinsic properties also enable chemical resistance, making it an ideal protective layer in challenging environmental conditions commonly encountered in operations.

2. Comparative Analysis with Alternative Materials

Because of its chemical inertness and thermal conduction, monolayer hBN Film on Cu Foil stands out when compared to other two-dimensional materials like graphene and transition metal dichalcogenides. Unlike graphene, hBN does not conduct electricity, so it serves as an effective dielectric layer in various device architectures. This distinction helps maintain optimal insulation while still providing a stable platform for further functionalisation.

Since monolayer hBN exhibits minimal reactivity and low frictional coefficients, it surpasses materials such as silicon dioxide in certain precision engineering applications. Its layered lattice structure, combined with its compatibility with numerous manufacturing techniques, ensures a versatile solution for high-performance systems. This makes monolayer hBN Film on Cu Foil 2 in x 2 in an attractive choice for those seeking enhanced efficiency in product development.