HI-TECH GEAR PAO-68 PAO synthetic gear oil provides superior performance in industrial equipment with its high-temperature stability and long-lasting protection.
HI-TECH GEAR PAO-68 | PAO Synthetic Gear Oils
Restoreplus HI-TECH GEAR PAO-68, PAO-based (Polyalphaolefin) formulation offers stable and high-performance lubrication across a wide temperature range. With a low friction coefficient, extended oil change intervals, and anti-wear effect, it provides reliable solutions to industrial gear systems operating under harsh conditions.
Key Features
Stable operation between -54°C and +120°C
Long-lasting lubrication with high oxidation resistance
Effective protection against friction and wear
Fully compatible with mineral oils
Seamless use with automatic lubrication systems
Quiet and low-temperature operation advantage
Applications
Industrial gearboxes
Mining machinery
Wind turbine gear systems
Marine and maritime equipment
Cement and concrete production machinery
Power plant turbines
Paper and pulp production lines
Precision machinery in the food and pharmaceutical industries
Advantages
High efficiency and low energy loss
Extends the lifespan of gear systems
Reduces cost by extending maintenance intervals
Stable performance even in challenging environments
Equivalent Brands and Products
HI-TECH GEAR PAO-68, being a low-viscosity (ISO VG 68) synthetic oil, is used in both gearboxes and some high-speed bearing/circulation systems. The main equivalents on the market are:
RESTOREPLUS: Hi-Tech Gear PAO-68
MOBIL: Mobil SHC Gear 68 / Mobilgear SHC XMP 68
SHELL: Omala S4 GX 68 (formerly known as Omala HD 68)
TOTALENERGIES: Carter SH 68
CASTROL: Alphasyn EP 68 / Alphasyn T 68
KLÜBER: Klübersynth GEM 4-68 N
FUCHS: Renolin Unisyn CLP 68
PETROL OFİSİ: Gravis SP 68 (Synthetic series)
Technical Information and Features
Restoreplus Hi-Tech Gear PAO-68 is used as a reference, and here are the common technical values of the equivalents in this segment:
Fully Synthetic PAO Base Oil: Its pure structure, free of mineral oil, offers excellent Oxidation Stability at high temperatures. It prevents oil thickening and sludge formation due to heating.
Excellent Viscosity Index: Highly stable against temperature changes. In high-speed systems, the oil film doesn't thin; in cold climates, it provides Quick Fluidity preventing initial start wear.
Extreme Pressure (EP) and Wear Protection: Despite having a low viscosity, like ISO VG 68, it cuts metal-to-metal contact under heavy loads through synthetic additives, prolonging Gear and Bearing Life.
Micropitting Resistance: This technology includes Advanced Surface Protection that prevents microscopic dimpling (micropitting) from fatigue on sensitive gear surfaces.
High Energy Efficiency: It has a lower internal friction (traction) coefficient compared to mineral oils, reducing the load on machinery and providing Energy Savings.
Very Long Change Interval: Due to its oxidation resistance, it offers a 3 to 5 Times Longer service life compared to standard mineral oils, lowering maintenance costs and waste oil volumes.
Water Separation (Demulsification): It quickly sheds moisture or condensate mixed into the system, preventing Rust and Corrosion.
Air Release and Foam Control: Resistant to foaming in high-speed systems; it allows for the rapid release of air, providing Continuous Lubrication.
Application Field: This product is safely used especially in high-speed textile machines, robotic joints, centrifuges, conveyor systems in cold storage, and high-speed bearing seats under extreme load.