Company Information

CIN
Status
Date of Incorporation
17 November 2015
State / ROC
Hyderabad / ROC Hyderabad
Industry
Sub Category
Non-govt company
Last Balance Sheet
Last Annual Meeting
Paid Up Capital
390,000
Authorised Capital
500,000

Patents

High Yield Graphene Production By Aqueous Based Exfoliation

An eco-friendly process of producing defect-free, high specific surface area graphene by aqueous-based exfoliation, comprises the steps of: dissolving sodium cholate in 500 mL of distilled water under stirring condition; shear mixing of exfoliated graphene worms at room temperature; allowing the suspension to stay a...

Method For Making Composite Materials And Flexible Supercapacitor Devices

[0033] Method for making composite materials and flexible supercapacitor devices [0034] The present invention provides a method (201) for making composite materials used in making flexible supercapacitor prototype (106). The method (201) comprises the steps of rolling the exfoliated graphite (101) using rolling ins...

Electrically Conductive Graphene Based Ink For Flexible Electronics And Printed Electronics

A conductive ink for flexible electronics and printed electronics is disclosed. The conductive ink comprises thermoplastic urethane as a binder; Graphene Nanoplatelets or Graphene Sheets; N-Methyl-2-pyrrolidone, m-Cresol, Dimethylformamide, or a non-organic solvent as a solvent, said solvent facilitating the tuning ...

Method Of Making Carbon Nanostructured (3 D Graphene Nanosheets) Based Dry Electrodes For Energy Storage Devices

METHOD FOR PREPARING DRY ELECTRODE. A method for preparing a dry electrode is disclosed. The method comprises mixing of nanoparticles and graphene nanosheets in powder form to obtain a nanocomposite. The nanocomposite is compressed to obtain a compacted material, which is rolled to obtain a three dimensional graphe...

Graphene Polyaniline Composite Based Supercapacitor Modules For Two Wheeler Electric Vehicles

This disclosure includes development, design and fabrication of supercapacitor modules (100) and their application in two wheeler electric vehicles (10). The supercapacitor modules (100) are fabricated using nanotrode technology having graphene - polyaniline nanocomposite electrodes (112) based supercapacitor unit c...

Methods For Coating A Substrate With Ultrahigh Molecular Weight Polyethylene Graphene Nanocomposites

The present invention discloses methods for coating a substrate with ultrahigh molecular weight polyethylene (UHMWPE)-graphene nanocomposites to enhance ballistic, abrasion resistance, cut resistance and/or stab resistance of the substrate. The method includes dry blending UHMWPE and a graphene component; sieving th...

Preparation Of Graphene Nanosheets Based Concrete Additive

ABSTRACT PREPARATION OF GRAPHENE NANOSHEETS-BASED CONCRETE ADDITIVE. A method for preparing a graphene-nanosheets based concrete additive is disclosed. The method comprises mixing Polycarboxylate ether A (PCE-A) to a retarder - based salt solution to obtain a retarder-based Polycarboxylate ether A solution. In the ...

A Switching System For A Power Source And A Supercapacitor Unit

A switching system (100) having a first input terminal (104a, 104b) is adapted to connect to a power source (104). The second input terminal (106a, 106b) is adapted to electrically connected to a supercapacitor unit (102). The first output terminal (106a, 106b) is adapted to electrically connect to an electrical loa...

Method For Preparing Graphene Nanoplatelets Based Soluble Oil For Aac Block

ABSTRACT METHOD FOR PREPARING GRAPHENE NANOPLATELETS BASED AAC BLOCK. A method for preparing a graphene nanoplatelets (GNP) based soluble oil for an AAC (Autoclaved Aerated Concrete) block is disclosed. The method comprises, preparing a first batch of a soluble oil, preparing a second batch of the soluble oil, mixi...

Trademarks

Nanospan

[Class : 1] Manufacture Of Graphane, Graphane Polymer And Hydrogenated Graphane Being Goods Falling Under Class 1.

Device Of Hexagon

[Class : 1] Manufacture Of Graphane, Graphane Polymer And Hydrogenated Graphane Being Goods Falling Under Class 1.

Nanospan

[Class : 42] Research And Development Services In Nano Material, Composites And Applications For Defense, Smart Textiles, Flexible Electronics, Testing And Analysis Of Nano Materials, Services Included In Class 42.

Device Of Hexagon

[Class : 42] Research And Development Services In Nano Material, Composites And Applications For Defense, Smart Textiles, Flexible Electronics, Testing And Analysis Of Nano Materials, Services Included In Class 42.

Spanocrete

[Class : 1] Chemical Used In Industry, Science, Photography, Agriculture, Horticulture And Forestry; Unprocessed Artificial Resins, Unprocessed Plastics; Manures; Fire Extinguishing Compositions; Tempering And Soldering Preparations; Tanning Substances; Adhesive Used In Industry