Kuro Graphene

The Ultimate Tensile Strength

Giving you the latest best protection with the state of the art Graphene Nanotubes infused coating. Safeguarding car clear coat/lacquer from contaminants.

Kuro is one of the latest technology breakthroughs achieved by TEVO. The distinctive Graphene Nanotubes infused formula is exclusively crafted for one objective – provide only the best of the best shield for the car. TEVO Kuro from the exclusive series is the best of the best product ever formulated by TEVO to date and the achievement is TEVO's pride. The accomplishment of the new technology has offered additional and enhanced benefits on top of generic protections such as hydrophobic, gloss, and smooth finishing.

SPECIFICATION

With the inclusion of ESD raw material, Kuro has achieved the result of extremely low dust collection. ESD has the same benefits as Anti-Static except its resistance is much lower and tends to deliver greater long-term results. As such, Kuro coated car stays cleaner than ceramic or glass coating coated car.

Graphene is made of carbon molecules that bonded with each other to form a honeycomb or hexagon shape in 2-dimensional, ultra-lightweight (with 1 square meter weighing around 0.77 milligrams), and extremely durable. It has one atom of thickness and is 1,000,000 times thinner than a sheet of paper, and which is why it is considered 2-dimensional.

Single-Walled Carbon Nanotubes (SWCNTs) or known as Graphene Nanotubes and Graphene are two of the most recently discovered forms of carbon.

Graphene is in a 2D film like a sheet of thin paper which formed by countless carbon molecules in hexagonal or honeycomb lattice. On the other hand, Graphene Nanotubes are cylindrical, or a sheet of Graphene rolled into 3D tube form.

The differences between these two forms are marginal except each form is better in certain aspect. Graphene is very thin, flexible, and yet is highly conductive; it is widely used in electronic devices, and it will not be covered in this article. Meanwhile, Graphene Nanotubes are well known for extremely durable ( 100 times stronger than steel ) and super-lightweight; thus, it is commonly used as reinforce additives for space elevators, bulletproof wear, clothing and others.

One of the reasons why Graphene Nanotubes is better than Graphene because the material itself is compatible to almost all kind of material, can be easily incorporated into the base ingredient, and remain stable.