Products for use in industry, engineering, energy. . .
Choose the right product for your application
Based on Hydrocarbons
Nanolon is a representative of the 6th generation of “intelligent lubricants” and continues the Nanolon product series which has been still in use. It does not contain foreign matter based on graphite, MoS2 and other metals or PTFE. Thanks to the modernised patented formula of complex hydrocarbons and friction modifiers, it significantly reduces friction between metal particles. It does not influence properties of the oil it is added to, and therefore it is not an additive, but a metal surface “refiner”. It forms a new metal-organic layer on stressed surfaces which operates as a “protective shield”. Nanolon resists point temperatures up to 1100°C, high pressures and loads and it is highly stable. A formed layer is characterised by high smoothness of the surface and perfect slipperiness. Experience in the use of Nanolon prove that the lifetime of components is prolonged thanks to it by more than twice, and furthermore, “operational certainty” increases, and idle time, emissions, maintenance costs and energy consumption are reduced. Nanolon finds a wide use in industry, engineering, power industry and transport.
It is an additive to oils and lubricants intended for the reduction of friction, wear and prolonging lifetime.
A patented formula predetermines Nanolon CX for the use in industry, in particular in heavy-duty service.
This product is a representative of the latest generation of plastic lubricants with a wide range of uses. It is characterised by mechanical stability, the ability to resist high loads
It is an oil additive which features similar properties and use as Nanolon C5. However, Nanolon M3 also provides high cleaning and decarbonisation
It is a special additive exclusively developed for the purpose of treating hydraulic systems. It is a patented hydrocarbon complex for ferrous and non-ferrous metals.
A patented formula of this product was developed according to requirements of our customers on the basis of industrial experience.
It is a special aerosol grease based on a hydrocarbon complex. It was developed for the purpose of reducing friction and prolonging lifetime of tools
Based on Microceramics
Products based on a modern patented formula of a micro-ceramic lubricating compound and friction modifiers (MKG – Mikrokeramisches Gleitcompound) have resulted from combining long-term experience with modern technologies. Thanks to this formula, we have achieved an efficiency higher by 25 – 30% compared to products based on hydrocarbons and friction modifiers. They find wide use in industry, engineering, power industry and transport.
It is a special additive to oil fillings of machines and production equipment developed for the purpose of reducing friction and wear of ferrous
It is a micro-ceramic lubricating compound (MKG) intended for various gearboxes in industry, engineering and transport.
It is a modern plastic lubricant based on a patented micro-ceramic lubricating compound (MKG) intended for cases where high pressures
It is a special molecular additive to engines, developed to reduce friction and wear. This micro-ceramic lubricating compound (MKG) is intended for diesel
Based on Nanoceramics
Nanotechnologies offer numerous efficient solutions to problems and the nanoceramic lubricating compound (NKG – Nanokeramiches Gleitcompound) is a technology of future. We offer it to you today. It merges advantages of hydrocarbons and micro-ceramics in a compact and efficient patented formula.
This product represents a special HI-TECH lubrication intended for the use in industry (even under heavy-duty conditions).
It is a product intended for efficient treatment of even the most stressed gearboxes. The nanoceramic lubricating compound and friction
The product is a special HI-TECH nano additive to engines, intended for the reduction of friction and wear at ferrous and non-ferrous metals.
Benefits of
NANOLON products
- reduce wear
- they extend the service life
- they reduce downtime
- they reduce operating and maintenance costs
- increase reliability and "operational certainty"
- reduce electricity consumption energy and fuel
- they reduce emissions
