What is NeoDrive?
NEODRIVE IS A TRIBOTECHNIC COMPOSITION OF A NEW GENERATION.
NEODRIVE tribological compositions are a suspension consisting of a fine powder of a multicomponent mixture of natural minerals, which allows during normal operation to form a new friction structure on the friction surfaces of nodes and mechanisms, which differs in the most optimal tribotechnical properties.
NEODRIVE compounds are designed to increase the effectiveness of preventive and scheduled maintenance in the normal operation of cars, special equipment, industrial and hydraulic equipment, restore performance and protect against friction of mechanisms and assemblies, significantly extend their service life, reduce friction, restore the geometry of parts, optimization of gaps, increase compression, reduce fuel consumption, electricity, vibration, noise, heating during operation.
The fundamental difference between NEODRIVE formulations and other antiwear products is the ability to create new friction surface structures based on metal crystal lattices directly during the normal operation of friction units. The compositions are designed for each friction unit and are tested in the laboratory on a friction machine.
PROPERTIES OF NEODRIVE TRIBOTECHNIC COMPOSITIONS:
• Anti-friction - reduction of friction losses.
• Anti-wear - reduced wear rate.
• Anti-seize - increase in ultimate load of setting friction surfaces.
• Compatible with all types of oils - do not enter into a chemical reaction with them, do not change the viscosity of oils, do not affect the characteristics and condition of parts made of composite materials, ceramics and rubber products.
• Not an additive - do not change the viscosity of the oil, insoluble in oils. They work with friction surfaces. The oil with which NEODRIVE form a suspension is considered only as a powder carrier and as a medium for heat transfer. The type of oil and its quality are not critical.
• Not an abrasive - under no circumstances can it become the root cause of the destruction of the mechanism, even with repeated overdose.
NEODRIVE TECHNOLOGIES is a complex physical process that allows you to eliminate damage to the friction surfaces of any components, assemblies and mechanisms. These technologies compensate for wear, which in turn leads to an increase in engine power. This is achieved by eliminating friction in the nodes. Mechanisms cease to "eat" the energy that is generated as a result of fuel combustion. By reducing the consumption "for themselves" engines have an increase in power characteristics.
Technologies based on the use of NEODRIVE compounds for machining mechanical units and assemblies (NEODRIVE technologies) are the result of many years of applied research, which led to the creation of a method unique in simplicity and efficiency that allows replacing traditional repair work with service maintenance of various technical means, industrial and hydraulic equipment, providing increased efficiency and economy of production, while improving the working conditions of workers and the environment.
Being introduced together with the lubricant into the mechanical unit, they not only restore the worn surfaces of the rubbing parts, but also allow to obtain the characteristics of the technical object corresponding to the passport data. What is important, the shutdown and disassembly of the processed equipment is not required. The entire recovery process occurs in the normal operation of the equipment. As a result, the service life is extended without major repairs.
NEODRIVE technologies are based on a basic study of natural minerals using nanotechnology. In the process of research and development, a unique product is obtained that allows you to create mutually adjustable surfaces. We cannot get engine jams. We bring them to the optimum size, where they optimize themselves in the mode of their work. Therefore, they are called “smart surfaces”, which self-regulate their operation and self-wear.
THE TECHNOLOGY OF PROCESSING KNOTS AND MECHANISMS OF NEEDRIVE TRIBOTECHNICAL COMPOSITIONS IS ONE OF THE METHODS FOR INCREASING THE DURABILITY OF DETAILS OF THE MECHANISMS BASED ON THE EFFICIENCY OF THE SECURITY OF WOODWORK.
