protect. perform. prolong. Industrial nano technologies · SOVA

Advanced lubricants and nano additives

Less friction and wear. More stable operation. Longer-lasting components.

Nano additives in lubricants can bring significant benefits, but the actual effect depends on the type of nano material, the lubricant formulation, the method of application and the operating conditions. Here is where they most often help in well-designed systems.

Gears, bearings and machine parts — components protected by advanced lubricants and additives
Bearings · gears · gearboxes
Less frictionand vibration
Lower temp.less overheating
Longer lifeof lubricant and parts
Advantages

What advanced lubricants and additives can contribute

An overview by area. Specific effects depend on the formulation, the system and the operating conditions.

01

Reduced friction

  • A lower coefficient of friction between moving parts
  • Easier machine start-up
  • Smoother running and less vibration
02

Reduced wear

  • Protection against abrasive and adhesive wear
  • Slower wear of bearings, gears and guideways
  • A longer life for critical components
03

Higher load capacity of the lubricant film

  • A more stable film under heavy loads
  • Better protection under boundary lubrication
04

Lower operating temperature

  • Less friction — less heat generated
  • A reduced risk of overheating and thermal degradation of the lubricant
05

Lower energy consumption

  • Motors, pumps and gearboxes with less mechanical resistance
  • In large systems — lower operating costs
06

A longer lubricant life

  • Slower oil oxidation and a more stable viscosity
  • Longer change intervals — when confirmed by oil analysis and the manufacturer's recommendations
07

Corrosion protection

  • Certain nano formulations form a protective layer
  • A reduced effect of moisture and corrosive media
08

Less noise and vibration

  • More even contact between surfaces
  • Particularly on gears and bearings
09

Greater equipment reliability

  • A lower likelihood of stoppages due to wear or overheating
  • Higher availability of production equipment
10

A longer tool life (CNC and metalworking)

  • Slower tool wear
  • Better surface finish quality
  • Fewer tool changes
11

Performance under extreme conditions

  • Lubricating properties at high temperatures and pressures
  • Resistance to shock loads and low sliding speeds
12

Environmental benefits

  • Lower lubricant consumption and less waste
  • Potentially lower CO₂ emissions thanks to reduced energy use

* The advantages listed apply to well-designed systems. The actual effect and its values depend on the type of nano material, the lubricant formulation, the method of application and the operating conditions — we define the system and the expected effects after an application assessment and, where needed, an oil analysis.

Related

Other industrial nano technologies

Contact

Optimise lubrication and equipment reliability

Send us the type of system, the lubricant and the operating conditions — we'll propose a suitable solution after an application assessment.