Chevron SRI Grease NLGI 2 delivers value through:

• Wide application range — Suitable for high rpm operation, operating temperatures ranging from -29°C to 177°C (-20°F to 350°F).
• Excellent oxidation stability — Provides exceptional bearing life at operating temperatures in the range of 93°C to 177°C (199°F to 350°F).
• Excellent rust protection — Provides exceptional rust protection as defined by ASTM D1743-73 with 5% Synthetic Sea Water

• Protects metal surfaces
• Effective EP additive protects against component wear under high load conditions. Rust and corrosion inhibitors protect metal surfaces.
• Resist oxidation
• Formulated with antioxidants to resist oxidation to enhance grease service life.
• Good pumpability
• Good pumpability characteristics of the lithium thickener provide suitable flow properties for grease pump application systems (NLGI 2).

Can include:

• Automotive wheel bearings
• Chassis grease point lubrication
• Industrial plain and rolling element bearings
• General plant lubrication

• High performance extreme pressure additives protect against wear in severe service and shock load conditions
• Robust rust and corrosion inhibitors protect all metal surfaces in very wet operating environments
• Stays in place – will not drop or leak from bearings at very high operating temperatures

• Automotive wheel bearings
• Chassis lubrication
• On- and off-highway applications
• Construction equipment
• Agricultural tractors
• Heavy-duty transport
• General industrial greasing

• Protects Metal surfacesCombination of a lithium complex thickener, oxidation inhibitor, and synthetic base oil provides resistance to hardening in service. EP additives provide outstanding wear protection under heavy and/or shock loads. Effective rust and corrosion inhibitors protect metal surfaces in wet conditions.
• Wide temperature range applicationThe high viscosity index synthetic base oil resists thickening at low temperatures and enables use over a wide temperature range. The excellent oxidation stability of the base fluid components enables operation in continuous high temperature environments.
• Effective friction reducerHigh viscosity index synthetic base oil and tackiness additive maintain oil viscosity and provide adhesive properties which prevent oil leakage in high speed and high temperature conditions.

Can include:

• Pulp and paper applications
• Steel industry applications
• Mining industry
• Marine

• Meropa lubricants are recommended for the lubrication of a wide variety of industrial and mobile equipment. Typical applications include enclosed gear systems, chain drives, sprockets, plain and anti-friction bearings, slide guides, and flexible couplings
• Meropa lubricants are particularly recommended for enclosed gear drives and speed reducers, ranging from fractional kilowatt gear motors to large, high power units in metal rolling mills, cement mills, and mine hoists
• Meropa lubricants are suitable for the lubrication of industrial hypoid-type gears and are also recommended for use in transmission gear case and worm drive axles on automotive, construction and mining equipment

• Helps provide valve recession control, low deposit formation and minimises pre-ignition in four strokes engines running on harsh fuels
• Low phosphorus formulation offers catalyst protection
• offers extended drain performance with strong base retention, oxidation and nitration resistance characteristics, through a combination of premium base fluids and a robust inhibitor package
• minimises oxidation, sludge formation and oil thickening, helping protect against filter plugging and abrasive polishing wear
• Designed for corrosion control in engines burning high chlorofluorocarbon (CFC) and/or high sulphur fuels where high acidic condensate forms
• Aids corrosion resistance and improved liner life in intermittent operation

• Maximizes oil service life
  Synergy of hydrocracked base oils, oxidation inhibitor package and dispersant provides outstanding oxidation and nitration resistance, reducing the buildup of sludges which lead to oil thickening and filter blockage.
• Lowers operating costs
  Excellent deposit control on valves and piston reduces oil consumption. Exceptional oxidation and nitration resistance and deposit control extends oil drain capability so that equipment is in service longer generating revenue. Outstanding valve train wear protection maintains fuel economy.
• Minimizes maintenance costs
  Exceptional oxidation resistance and dispersancy minimizes sludge formation, avoiding filter plugging, cylinder head sludge, abrasive polishing wear and oil thickening.

• Extended lubricant service life
• Reduced maintenance and downtime
• Severe, extreme pressure protection

• Compressor Oil EP VDL are recommended for stationary and portable compressors, including compressors with oil lubricated pressure space, such as single and multistage reciprocating compressors or single and multistage centrifugal compressors
• The EP VDL 32 and EP VDL 46 grades are recommended primarily for use in oil-flooded screw compressors as well as centrifugal compressors. At extremely high compression pressures (approximately 1000 bar), such as in multistage reciprocating compressors, the higher viscosity grades may be used. However, particular care should be observed regarding the prescribed viscosity specification, as required by the compressor manufacturer
• Compressor Oil EP can be used in air or inert gas reciprocating compressors

• Flooded screw compressors
• Rotary air compressors
• Reciprocating air compressors
• Medium-speed marine diesel engine turbochargers

Cetus HiPerSYN Oils deliver value through:

• Long lubricant life in high temperature operations — Outstanding thermal and oxidation stability.
• Long machinery life and maximum compressor efficiency — Oxidative stability and low carbon-forming tendencies minimize sludge and deposit formation.
• Long drain intervals — Long lubricant life means less frequent oil changes.

Regal SGT 22 delivers value through:

• Long service life — Excellent oxidation and thermal stability of the synthetic polyol ester base fluid and special additive system helps resist oil breakdown under severe, high temperature, high load conditions. The low volatility of the synthetic ester helps minimize evaporative losses.
• Minimal maintenance and downtime — Minimal coking tendency of the synthetic ester base fluid and additive system helps minimize deposit formation on bearings and other areas exposed to the heat of the hot gases. High load carrying capacity helps ensure excellent protection against wear. The oil is compatible with normal engine and accessory metallic construction materials and elastomeric sealing compounds.
• Excellent all-temperature performance — Excellent viscosity-temperature characteristics of the synthetic ester help promote outstanding low temperature fluidity to facilitate starting at low temperatures, while helping to ensure that an effective lubricant film is always available under the most severe, high temperature conditions to protect critical components against wear.

• Excellent service life
  Premium base oils and multi-component inhibitor system provide outstanding long-term oxidation stability to resist oil breakdown and varnish formation.
• Potential maintenance and downtime savings
  Premium base oils and oxidation inhibitor system resist the formation of harmful deposits in high temperature bearings and other hot areas of the turbine. The rust inhibitor protects system components against corrosion. Good water separability ensures rapid settling of water accumulated from steam condensate, or leakage from salt water cooling.
• • Reliable operation
  Non-silicone foam inhibitor allows rapid release of entrained air while minimizing foam formation to enable reliable operation of sensitive hydraulic control devices. Long term reliability assisted by effective resistance to varnish formation.