Pretreated Graphene-PMMA Coated

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Product Details:

Shape Film/sheet
Melting Point > 3000C (Graphene) / 160C (PMMA decomposition)
Form Coated film
Taste Odorless (not for consumption)
Refractive Rate 1.46 (PMMA)
Boiling point Not applicable (decomposes at high temp)
Molecular Formula C (Graphene), (C5O2H8)n (PMMA)
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Pretreated Graphene-PMMA Coated Product Specifications

Molecular Weight Graphene - Not applicable; PMMA: variable (polymeric)
Density 2.2 Gram per cubic centimeter(g/cm3)
Standard Meets industry and research grade QA standards
Chemical Name Graphene (Pretreated), PMMA Coated
Molecular Formula C (Graphene), (C5O2H8)n (PMMA)
Main Material Graphene with PMMA (Polymethyl Methacrylate) coating
Grade Research grade
Classification Nanomaterial, organic polymer composite
Boiling point Not applicable (decomposes at high temp)
Usage Research, industrial, and academic purposes
Taste Odorless (not for consumption)
Refractive Rate 1.46 (PMMA)
Melting Point > 3000C (Graphene) / 160C (PMMA decomposition)
Form Coated film
Application Transparent conductive films, microelectronics, sensor development, R&D, flexible displays, advanced coating
Shape Film/sheet
CAS No Graphene: 1034343-98-0, PMMA: 9011-14-7
Smell Odorless
Ph Level Neutral (7)
Structural Formula Graphene (sp2 hybridized carbon lattice), PMMA [(C5O2H8)n]
Type Pretreated CVD Graphene, PMMA protected
Solubility Insoluble in water; dispersible in common organic solvents (e.g., acetone, chloroform)
HS Code 39169090
Purity > 99%
EINECS No Ungiven (Graphene: 231-955-3, PMMA: 202-818-5)
Storage Store in cool, dry environment; avoid direct sunlight
Other Names Monolayer Graphene on PMMA, PMMA/Graphene film
Poisonous Yes

Pretreated Graphene-PMMA Coated Trade Information

Main Export Market(s) Australia, Central America, North America, Eastern Europe, Middle East, Africa, Western Europe, South America, Asia
Main Domestic Market All India

Product Description

Engineered for inestimable precision, our Pretreated Graphene-PMMA Coated film is a hot-selling research-grade material ideal for advanced industries. Featuring competitive pricing and unbeatable value, it is renowned for preeminent electronic mobility, extensive substrate compatibility, and >97% optical transmittance. This transparent, flexible, and robust nanomaterial supports both wet and dry transfer methods, thanks to its PMMA coating. Exceptional purity (>99.9%) and low sheet resistance (~350 /sq) ensure flawless performance in R&D, microelectronics, sensors, and transparent conductive films. Designed for unmatched reliability and versatility, it is the go-to choice for researchers and innovators worldwide.

Diverse Applications and Unmatched Versatility

Pretreated Graphene-PMMA Coated is designed for multifaceted usagefrom transparent conductive films to microelectronics, flexible displays, advanced coatings, and sensor development. Its preeminent compatibility with substrates like SiO/Si, quartz, and even flexible plastics makes it invaluable for industrial, academic, and research environments. Whether for specific applications in sensor fabrication or broad R&D innovation, it stands out as a researchers and engineers trusted material, delivering robust performance and adaptable transfer methods for diverse settings.

Sample Policy and Secure Shipping Options

We offer flexible sample policies for our Pretreated Graphene-PMMA Coated, supporting your specific research and industrial requirements. Samples are available upon request at a competitive sale price, ensuring customers can evaluate quality firsthand. With express shipping and reliable freight options to accommodate both small-volume and bulk orders, dispatch is promptly managed via FOB port. Our efficient logistics network guarantees swift and safe delivery, providing peace of mind throughout the purchasing process.

Product Name	Pretreated Graphene-PMMA Coated
Stock No.	NCZ-GSW-0021
Purity	> 99.9%
Graphene Film
FET Electron Mobility on Al2O3	2000 cm2/Vs
Hall Electron Mobility on SiO2/Si	4000 cm2/Vs

FAQs of Pretreated Graphene-PMMA Coated:

Q: How do I transfer the Pretreated Graphene-PMMA Coated film onto my chosen substrate?

A: You can use either a wet or dry transfer method, facilitated by the PMMA support layer. The PMMA coating ensures the graphene film remains intact during handling, making the transfer process efficient and reducing potential damage.

Q: What are the main benefits of using PMMA-coated graphene in my research or industrial projects?

A: The PMMA-coated graphene film features superior surface coverage (>98%), high optical transmittance (>97%), and excellent sheet resistance (~350 /sq), delivering preeminent electrical and optical properties. Its also highly versatile and compatible with a wide range of substrates.

Q: When should samples of this product be requested and how are they shipped?

A: Samples are available for pre-sale evaluation and can be requested at any stage of your project planning. We dispatch samples via express shipping services or freight, ensuring prompt and secure delivery to your specified FOB port.

Q: Where can the Pretreated Graphene-PMMA Coated material be effectively applied?

A: This product is ideal for transparent conductive films, sensor development, flexible electronics, R&D, advanced coatings, and microelectronics, across industrial, research, or academic laboratories.

Q: What makes the manufacturing process of this graphene film unique?

A: The film is fabricated through chemical vapor deposition (CVD) of graphene, which is then immediately coated with PMMA. This process ensures inestimable quality, preeminent consistency, and simplifies handling and transfer to diverse substrates.

Q: How does the shelf life and storage condition affect product quality?

A: When stored in a cool, dry, and shaded environment, the graphene-PMMA film maintains top-grade quality for up to 12 months, ensuring long-lasting performance and reliability during your research or manufacturing cycle.

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