MWCNT are manufacturd by CVD method. MWCNT improves the mechanical performance, thermal conductivity, electrical conductivity, and permeation barrier properties of a range of composites and formulations. In purified MWCNT, the carbon nanotubes are entirely disassociated ensuring good dispersion.

Reduced Graphene Oxide is a reduced form of Graphene Oxide where oxygen groups are removed to achive a different level properties.

We manufacture Graphene Oxide from chemical method. It is an oxidised form of graphene. It is electrically insulating but it can be converted conductive. Due to graphene oxide easy dispersibility in water and other organic solvents, as well as in different polymer matrixes it has wide range of application it can improve mechanical, barrier and other properties.

Graphene is manufactured from chemical methods. Graphene is stronger than steel, very high electrical and thermal conductivity and also very high surface area. Graphene improves the mechanical performance, thermal conductivity, electrical conductivity, and permeation barrier properties of a range of composites and formulations.

Graphene A+ is a pure graphene with a high surface area, Graphene A+ used in very low quantity as a nanofiller suitable for various application to improve mechanical, electrical, thermal and barrier properties with less impact on final outcome product prices. The users are: Academic Research Centres and Industries covering this applications.

Aluminium oxide nano particles are manufactured by chemical precipitation method. Aluminium oxide nanoparticles with unique abrasion resistance properties for use in optical lenses, windows, flooring and other surfaces and coatings prone to scratching. Dispersed much easier in many organic solvents

Magnesium oxide nanoparticles with unique abrasion resistance properties for use in optical lenses, windows, flooring and other surfaces and coatings prone to scratching. Dispersed much easier in many organic solvents. Magnesium oxide nano particles are widely used in high-temperature dehydrating agent used for the production of silicon steel sheet, high-grade ceramic material, electronic industry material, adhesive and additive in the chemical raw material.Electric insulating material for making crucible, smelter, insulated conduit, electrode bar, and electrode sheet. As a fire retardant used for chemical fiber and plastics trades.cable, optical material, material for steel-smelting furnace and other high- temperature furnaces, heating material and ceramic base plate.Fuel additive, cleaner, antistatic agent and corrosion inhibitor.

Iron oxide nano particles are manufactured by chemical precipitation method. Iron oxide nanoparticles have attracted much consideration due to their unique properties, such as superparamagnetism, surface-to-volume ratio, greater surface area, and easy separation methodology .Iron oxide nano particles are widely used in magnetic resonance imaging to provide enhanced contrast at very low concentrations in the nanomolar range for studying tumors. For magnetic data storage.

Zinc oxide nano particles are manufactured by chemical precipitation method. ZnO nano particles are very efficient light absorbers in the UVA and UVB region of spectra due to wide bandgap. High anti -microbial properties, high anti bacterial properties .Zinc oxide nano particles are widely used in a number of processes that include material science, agriculture, food industry, cosmetic, medical, and diagnostic applications. It can safely be used as medicine, preservative in packaging, and an antimicrobial agent.It easily diffuses into the food material, remove the microbes.

nano Silicon dioxide are manufactured by chemical precipitation method. SiO2 nanoparticles, also known as silica nano particles or nano-silica, are the basis for a great deal of biomedical research due to their stability, Low toxicity and ability to be functionalized with a high range of molecules and polymers.The important applications of siO2 nanoparticles are as an additive for the manufacture of rubber and plastics, used as a strengthening filler for concrete and other construction composites. Used as a stable, non-toxic platform for biomedical applications such as drug delivery and theranostics.