NanoGuard Lubricants, LLC
NanoGuard Lubricants - Made In The USA

The Science Behind
NanoGuard® Extremelife®
CLP-X, Multi-use and Marine-x

NanoGuard® Extremelife® are a unique combination of nanotechnologies clear carbon and inorganic high-performance, multi-layered, spherical shaped fullerene-like tungsten disulfide nanoparticle that both redefines lubrication technology.

The nanoparticles offer extreme anti-friction, heat reduction, anti-wear, metal surface reconditioning properties as well as providing extreme pressure protection.

We have combined the NanoGuard® Clear Carbon and tungsten disulfide nanoparticles into the Extremelife® fortified formulas which is a highly penetrative, anti-corrosion and moisture repelling, hydrophobic robust nano-coating.

Example of a nanoparticle reducing metal to metal contact, providing
lower vibrations and sound, enhancing lubrication performance.

3 OF THE WORLD'S BEST
NANOTECHNOLOGIES

TUNGSTEN DISULPHIDE
SPHERICAL
NANO PARTICLES

These nanoparticles offer excellent friction reduction and shock absorbing characteristics they can with regular use help to refurbish metal surfaces. We use tungsten in two of our products CLP-X and Multi-Use

CLEAR CARBON
NANO PARTICLES

Offer excellent tribal film strength with a very low co-efficient of friction with excellent heat wicking properties

GRAPHENE
NANO PARTICLES

Is the new wonder nanomaterial made of carbon consisting of a multi layer of atoms arranged in a two-dimensional honeycomb lattice nanostructure.

It has the best electrical conductivity as well of heat transferring properties of any element currently know to science. We use Graphene in our Nanocool product

BENEFITS OF NANOGUARD'S
SPHERICAL STRUCTURES

Due to the spherical, hollow cage structure of the nanoparticles, they impart high elastic, shock absorbing characteristics which can withstand extreme dynamic and static loads. They also reduce micro-cracking and pitting.

NEW NANOGUARD ® NANOPARTICLES STATE
OF THE ART NANO TECHNOLOGY

Spherical, geometrically closed construction • Wide range of applications
Low wear • Ultra-low friction • High extreme pressure
Protection from shock and micro pitting

ANTI-WEAR

NanoGuard® nano-spheres significantly lower friction and reduce mechanical wear. Simultaneously, contact pressure and shearing causes the nano-spheres to release tribofilms (layers) which refurbish the surface of metal parts by smoothing micro pitted metal surfaces, providing superior protection.

FILLS IN DAMAGE AND SURFACE
IMPERFECTIONS

The Auger energy spectrum image show a damaged surface (left) and a surface dosed with NanoGuard® Extremelife® has formed a protective film on the metal surface, resulting in reconditioning of the surface.

Due to nano size (120-280 nm) and spherical morphology, the nanoparticles can fill up the asperities, cracks and micro pitting irregularities on the metal surface. – Smoothing and protecting metal surfaces

EXTREME CONDITIONS

NanoGuard® nano particles perform exceptionally well in extreme conditions, with their performance actually increasing under high pressure, impact, load, and heat, providing immediate tangible benefits in a wide range of applications.

QUICK FACTS

Nanotechnology is the field of study and application of extremely small things, often at the scale of individual atoms and molecules. In the context of lubrication, it can be used to create lubricants with improved performance characteristics such as reduced friction, enhanced wear resistance and improved stability at high temperatures. One way this is done is through the incorporation of nanoparticles, which can be made from materials such as clear carbon, graphene, and tungsten . These particles have dimensions on the nanoscale, typically ranging from 1 to 100 nanometers. They can improve lubricant performance by filling in surface asperities, forming a protective layer on surfaces and increasing the lubricant’s ability to flow. Another application of nanotechnology in lubrication is the use of nanostructured surfaces, which can be used to create low-friction and wear-resistant coatings on machinery and other mechanical components. Overall, the use of nanotechnology in lubrication has the potential to improve efficiency and lifespan of machinery in a variety of industries including aerospace, military and high-performance applications. It is important to evaluate the specific requirements of the application and the characteristics of the lubricant to ensure that it is suitable for the intended use.