Brands

    • Longer service life than other mineral oil-based products on the market
    • Excellent thermal stability
    • Avoids the formation of carbon deposits, and the system stays clean longer
    • Does not stick to seals
    • Prevents leakage
    • Used in closed heat transfer systems
    • High thermal stability
    • Excellent pumpability at low temperatures in extreme startup
    • Balances fluidity at low temperature, an oxidative stability and volatility control
    • Does not compromise the environment or occupational health and safety
    • Improved resistance compared with normal mineral-based fluids
    • Reduces overall maintenance costs by extending the time between oil changes
    • Quick startup, even at low temperatures
    • Ideal for compressors where stop periods are not allowed
    • Helps increase the life of components
    • Does not release residue on compressor components
    • Low volatility reduces oil carryover in the air system
    • Compatible with standard gaskets and other materials used in most compressors
    • Good protection against wear and tear
    • Protects against rust and corrosion
    • Chemically inert and odorless
    • Reduces oil thickening by increasing compressor efficiency and reducing energy costs
    • Increases maintenance interval for valves and radiators
    • Guarantees up to 8000 hours or one year of worry-free service
    • Can significantly reduce maintenance operating costs
    • Duration of friction properties
    • Improved film strength and wear control
    • Improved stability to oxidation, heat and cutting
    • Enhanced protection under severe service and start-stop conditions
    • Exceptional anti-foam control, superior wear protection and outstanding low temperature fluidity
    • Reduces friction and improves energy efficiency over a wide temperature range
    • Exceptional wear protection, prolongs equipment life
    • Exceptional oxidative and thermal stability
    • Increased fluid and component life
    • Designed for gearboxes and bearings under severe load conditions and extreme temperatures
    • Suitable for extreme pressures
    • Designed for use in closed industrial transmissions
    • Heavy load or impact conditions
    • Gear oil
    • Specially formulated for long-lasting protection
    • Reduces friction and improves energy efficiency over a wide temperature range
    • Exceptional wear protection, prolongs equipment life
    • Exceptional oxidative and thermal stability
    • Increased fluid and component life
    • Designed for gearboxes and bearings under severe load conditions and extreme temperatures
    • Reduces friction and improves energy efficiency over a wide temperature range
    • Exceptional wear protection, prolongs equipment life
    • Exceptional oxidative and thermal stability
    • Increased fluid and component life
    • Designed for gearboxes and bearings under severe load conditions and extreme temperatures
    • Produced through a process of removing impurities
    • Non-toxic and odorless
    • Zinc-free
    • Contributes to a safer working environment for facilities and operators
    • Biodegradable
    • Recyclable and recoverable
    • Environmentally friendly formulation
    • Suitable for hydraulic applications in extreme environments
    • Excellent protection: wear, rust, corrosion,
    • Designed to meet the performance requirements of conventional anti-wear hydraulic oils
    • Increased oil life, which extends the time between changes
    • Protects against wear and tear for longer equipment life
    • Hydraulic oil's stability to oxidation and heat extends drain intervals
    • Improved prevention of rust and corrosion
    • Excellent water separability and hydrolytic stability
    • Excellent foam and air entrainment performance
    • Designed for high-performance hydraulic systems
    • Ensures excellent operation and maintenance
    • Longer oil life
    • Minimizes the accumulation of harmful sludge and foam
    • High thermal stability
    • Exceptional wear protection
    • Extends the life of the entire system
    • Excellent water separability due to its excellent hydrolytic stability
    • Better prevention against oxidation and corrosion
    • Combines minimal fluid friction at low starting temperatures with protection at high operating temperatures
    • Compared with monograde hydraulic oil, energy efficiencies are achieved when exposed to large temperature fluctuations
    • Exceptional oxidative and thermal stability
    • Crystalline appearance
    • Very low toxicity
    • Very low aromatic levels
    • Superior separation from water
    • Recommended as production aids in a wide range of industrial products
    • High mechanical stability under severe operating conditions
    • Reduces bearing wear and extends equipment life
    • Protects bearings under heavy loads
    • Reduces operating costs
    • Provides long-lasting protection over a wide range of operating temperatures
    • Resists oxidative degradation
    • Improved resistance to oxidative decomposition
    • Minimizes the formation of harmful paint deposits
    • Excellent separation from water contamination
    • Improves the efficiency of condensate recovery
    • Low tendency to foam
    • Provides good wear protection
    • Helps extend the life of components
    • Ensures a safer working environment
    • Minimizes topping up
    • Reduces oil transport
    • Resists oxidative degradation better
    • Improved resistance to oxidative decomposition
    • Minimizes the formation of harmful paint deposits
    • Excellent separation from water contamination
    • Improves the efficiency of condensate recovery
    • Low tendency to foam
    • Provides good wear protection
    • Helps extend the life of components
    • Ensures a safer working environment
    • Minimizes topping up
    • Reduces oil transport
    • Resists oxidative degradation better
    • Improved resistance to oxidative decomposition
    • Minimizes the formation of harmful paint deposits
    • Excellent separation from water contamination
    • Improves the efficiency of condensate recovery
    • Low tendency to foam
    • Provides good wear protection
    • Helps extend the life of components
    • Ensures a safer working environment
    • Minimizes topping up
    • Reduces oil transport
    • Resists oxidative degradation better
    • Improved resistance to oxidative decomposition
    • Minimizes the formation of harmful paint deposits
    • Excellent separation from water contamination
    • Improves the efficiency of condensate recovery
    • Low tendency to foam
    • Provides good wear protection
    • Helps extend the life of components
    • Ensures a safer working environment
    • Minimizes topping up
    • Reduces oil transport