NEOOİL & NOFRICTION
Tackling friction and wear at the molecular level.
A smart formulation that protects machinery at the microscopic level so it keeps running under the toughest conditions. It builds a self-renewing film on metal surfaces and keeps the oil’s chemistry intact under heat and pressure.
Lost performance and machine fatigue
On site, oil is attacked on three fronts at once. Each one drives up energy use and brings maintenance forward.
- Oxidation and chemical breakdown: the oil’s structure degrades in service, leaving the system unprotected.
- Thermal cracking: high temperature and pressure break oil molecules apart, costing viscosity and lubrication.
- Mechanical wear: metal-to-metal contact raises friction, eating into equipment life while energy use climbs.
Self-renewing tribofilm technology
Special organic esters in the formulation react with metal surfaces, forming a thin, tough protective layer that keeps renewing itself.
Mechanical wear and surface damage
Surface peaks touch, material tears away and wear accelerates.
Protective tribofilm
Direct metal contact is prevented, friction drops to a minimum and the surface stays protected.
Molecular integrity under stress
Oxidation inhibition
Inhibitors in the formulation stop the free radicals that break oil down. Oxidative and thermal degradation are delayed and the oil lasts longer.
Crack resistance
Molecular bonds hold under extreme heat and pressure. Unwanted breakdown is prevented, so performance holds even in the harshest conditions.
A new standard for efficiency
Oil life
Special antioxidants deliver oxidative stability, sharply cutting maintenance intervals and running costs.
Friction reduction
The microscopic protective film all but eliminates energy losses and mechanical wear.
Cracking
Full resistance to high temperature and pressure keeps the oil structurally intact in harsh industrial service.
Figures are based on laboratory tests and pilot applications and may vary with equipment type and operating conditions.
The operational edge
| Metric | Conventional oils | NEOOİL & NOFRICTION |
|---|---|---|
| Friction coefficient | High · wear risk | −95% · high efficiency |
| Oxidative stability | Weak · fast degradation | Maximum · free-radical blocking |
| Thermal resistance | Cracking · molecular breakdown | Full · chemical and structural stability |
| Service interval | Frequent · costly | Up to 5× longer life |
From science to profitability
From theory to the field
- Verified lab tests: the solution’s friction-reducing and oil-life-extending properties have been demonstrated under independent laboratory conditions.
- Successful pilots: large-scale pilot tests on industrial systems running at high load and temperature have confirmed higher energy efficiency and lower maintenance costs.
Protect your machines at the molecular level.
Talk to our engineers about the right formulation and a pilot on your equipment.