Industrial 99% pure nanoscale graphene nanosheets 1-10nm Graphene stands as one of the materials with the highest known theoretical strength, possessing excellent mechanical, electrical, and optical properties. It boasts a low resistivity and superior electrical conductivity, allowing the observation of the quantum Hall effect at room temperature. The reactivity of graphene is primarily concentrated at its edge groups and planar defects. It can be oxidized at high temperatures or react with oxidizing acids to produce CO, CO2, and other products. Graphene can also bond with oxygen-containing groups to form graphene oxide or with other groups to generate corresponding derivatives. Synthesis of graphene can be achieved through methods such as mechanical exfoliation, chemical vapor deposition, redox reactions, and electrochemistry. The product launched by XFNANO employs the mechanical exfoliation method, resulting in few defects and superior performance. XFQ021-Nanoscale Graphene Nanosheets 1-10 nm with Purity of 99% Product name Industrial Graphene Nanoplate Carbon content >99 at% (EDS) Ash content <1 wt% Lateral size 1-10 μm HRTEM Thickness 1-10 nm AFM Conductivity 800-1100 S/cm Moisture content <2 wt% Grain size ~150 μm Tap density 0.15-0.19 g/cm3 Apparent density 0.08-0.12 g/cm3 Appearance Blackgraypowder SEM graphs of nanoscale graphene nanosheets 1-10 nm with purity of 99% This graphene is prepared through ultrasonic exfoliation of a liquid-phase method, resulting in a product with a complete structure and few defects. It possesses the following features: Excellent Conductivity: The electrons on the π-bonds in graphene have strong mobility, leading to low resistivity and superior electrical conductivity. AFM graphs of nanoscale graphene nanosheets 1-10 nm with purity of 99% High Strength and Toughness: Graphene is one of the strongest materials known and possesses good toughness. HRTEM graphs of nanoscale graphene nanosheets 1-10 nm with purity of 99% Good Thermal Conductivity: Pure, defect-free, single-layer graphene has the highest thermal conductivity among carbon materials to date. Raman spectrum of nanoscale graphene nanosheets 1-10 nm with purity of 99% Chemical Stability: The structure of graphene is very stable, with flexible connections between carbon atoms, exhibiting good stability at room temperature. COMPANY INTRODUCTION Jiangsu XFNANO Materials Tech Co.,Ltd ( XFNANO) was founded in 2009, which is the earliest graphene enterprise registered in the world, mainly focusing on the R&D and manufacture of graphene, carbon nanotubes, molecular sieves, we dedicate to be one of the best graphene supplier in the nanomaterial fields. XFNANO have an excellent technical team which formed by around 10 doctors and some masters, and we have a very close relationship with the national university laboratory in America, Singapore and some other famous lab in China. In 2016, XFNANO had invested 50 million yuan established the "Jiangsu XFNANO Materials Tech Co.,Ltd" in the state-level Jiangbei New District, Nanjing Pukou Development Zone, construction area of nearly 4,000 square feet, formed the advanced manufacture and technical service center from the whole process of operation, research and development, pilot until production.We can supply 50 tons/year graphene powders and 1000 tons/year graphene dispersion in 2017.