Comprising 1-6 layers, the Super Grade Graphene is an exceptional nanomaterial characterized by a bulk density of 0.006g/ml and an impressive 99% fixed graphitic carbon content. This very light conductive powder is distinguished by its rare availability and unique structure.
Constructed from stacked monolayers to few-layered aggregates of sub-micron lateral dimension nano-platelets, the Super Graphene presents itself as a puffy, greyish powder with a well-defined, less defected honeycomb 2D carbon structure. When seamlessly incorporated in minute quantities with host matrices such as polymers and metals, the Super Graphene has the capacity to enhance mechanical, thermal, and electrical properties without a significant impact on the final product's cost.
The production method employs the Modified Hummer's Method through a proprietary process and specialized equipment, ensuring the material undergoes rigorous quality checks to meet the highest standards. This Super Grade Graphene stands out as an ideal choice for achieving maximum results and performance, making it suitable for applications ranging from mechanical improvement to battery enhancement, alongside the regular utilization of graphene.
Graphene is the thinnest material known to man at one atom thick, and also incredibly strong - about 200 times stronger than steel. On top of that, graphene is an excellent conductor of heat and electricity and has interesting light absorption abilities. It is truly a material that could change the world.
1) Graphene Characterization and Quality
a) Our graphenes quality is validated through Raman spectroscopy (e.g., G/D ratio of 4.57, 2D/G of 0.4), a widely accepted method for characterizing graphene layers and defects; suggests alignment with global scientific standards
b) Our product is classified as multilayer graphene (5-8 layers), termed "few-layer graphene" (FLG)
c) High graphene-to-graphite ratio (85% graphene, 15% graphite)
d) 98.2697% carbon purity, and minimal defects, positioning it as a high-quality, rare offering in the 5-8 layer category
e) Uniformity of particles
f) Thin nanoplatelets (5-8 nm thick, 0.1-0.8 m diameter)
g) Low bulk density (0.02 g/cm³)
2) Capacity
a) Currently, 50 tons per month from a 400 sqm facility with 8 employees
b) Ability to set up production in 40 days suggests potential to double capacity (e.g., to 100 tons/month) with an additional facility, assuming resources and demand
c) With our scalable method and rapid setup, we could feasibly reach 150-200 tons/month by adding 2-3 facilities, though this depends on investment and infrastructure
d) Influencing Factors: equipment scalability, staffing (minimal increase needed), and facility replication speed (40 days per site)
3) Suitable Applications for 5-8 Layer Graphene
a) Electronics: flexible displays, high-efficiency transistors, and semiconductors
b) Energy: batteries, fuel cells, solar cells
c) Composites: enhanced mechanical and electrical properties
d) Medicine: drug delivery, biosensors
e) Concrete
f) Automotive tires
g) Excels in high-performance electronics and energy storage due to record thermal conductivity and mechanical rigidity
4) Comparison to Other Grades
a) Our 5-8 layer FLG offers a balance of conductivity and strength, unlike single-layer (narrow use, lab-scale) or 10+ layer graphene (common, less valuable)
b) It is rarer and more versatile than 8-10 layer graphene (limited to 1 ton/month elsewhere)
c) Many other graphene products offer less graphene content, 20% vs our 85%
Top-tier Graphene Products. Our graphene is sourced from diverse, eco-friendly raw materials, ensuring quality and sustainability at every step.
99.9% Purity: Guarantees top-quality graphene for critical, high-stakes applications.
Ultra-Conductive: Excellent electrical and thermal conductivity, perfect for superior performance in electronics, composites, and coatings.
Versatile Applications: Ideal for research, product development, energy storage, conductive inks, advanced coatings, and more.
Nano-Scale Precision: Engineered with nano-scale particles to ensure maximum efficiency and easy dispersion across various matrices.
Eco-Friendly: Supports sustainable technologies and responsible production processes.
We are a young start-up from Kyrgyzstan. We manufacture graphene in powder form. Our product is free from chemicals and gained by water.
We are searching for buyers abroad to extend our business.
Graphene Oxide is a two dimensional nano material. It is synthesised from graphite material. Its applications are very wide, bio sensors, solar cells, flexible electronic circuit boards, concrete admixture, and various other products. The graphene oxide shall be reduced into reduced graphene oxide which is having great mechanical and thermal properties. Hence, in recent years its usage is growing fast in various industrial applications to improve thermo, electric and mechanical properties.
