Products

SpectraSyn™ 2B feature low temperature properties, low volatility, and improved thermal stability. SpectraSyn™ 2B Low Viscosity PAO products have high viscosity indices which translate to improved flow at low temperatures and increased film thickness at high temperatures. SpectraSyn™ 2B Low Viscosity PAO products are the primary basestocks for synthetic lubricants used in passenger car engines, heavy-duty diesel engines, transmissions, gear boxes and a variety of industrial applications.

Hatcol® 3110 is a pure synthetic diester base stock offering both excellent lubricity and low temperature fluidity.

Hatcol® 5150 is an advanced polyol ester base stock based on dipentaerythritol which combines extraordinary high temperature stability with very low coking tendencies.

SpectraSyn Plus™ 4 provide an optimal combination of volatility and low-temperature fluidity. SpectraSyn Plus™ 4 Advanced PAO products viscosity indices translate into improved flow at low temperatures and increased film thickness at high temperatures. SpectraSyn Plus™ 4 Advanced PAO provide superior lubrication as the primary basestocks for synthetic lubricants used in passenger car engines, heavy-duty diesel engines, transmissions, and a variety of industrial applications. SpectraSyn Plus™ 4 Advanced PAO can be used for upgrading mineral oil or Group III basestocks for improved low temperature and volatility performance.

SpectraSyn Plus™ 6 provide an optimal combination of volatility and low-temperature fluidity. SpectraSyn Plus™ 6 Advanced PAO products viscosity indices translate into improved flow at low temperatures and increased film thickness at high temperatures. SpectraSyn Plus™ 6 Advanced PAO provide superior lubrication as the primary basestocks for synthetic lubricants used in passenger car engines, heavy-duty diesel engines, transmissions, and a variety of industrial applications. SpectraSyn Plus™ 6 Advanced PAO can be used for upgrading mineral oil or Group III basestocks for improved low temperature and volatility performance.

Hatcol® 3165 is an advanced pure polyol ester base stock based on dipentaerythritol which combines extraordinary high temperature stability with very low coking tendencies.

Hatcol® 2938 is a pure polyol ester base stock based on trimethylolpropane which combines excellent high temperature oxidative and thermal stability with low temperature flow.

SpectraSyn Plus™ 3.6 provide an optimal combination of volatility and low-temperature fluidity. SpectraSyn Plus™ 3.6 Advanced PAO products viscosity indices translate into improved flow at low temperatures and increased film thickness at high temperatures. SpectraSyn Plus™ 3.6 Advanced PAO provide superior lubrication as the primary basestocks for synthetic lubricants used in passenger car engines, heavy-duty diesel engines, transmissions, and a variety of industrial applications. SpectraSyn Plus™ 3.6 Advanced PAO can be used for upgrading mineral oil or Group III basestocks for improved low temperature and volatility performance.

Hatcol® 5068 is an advanced polyol ester base stock based on pentaerythritol which combines extraordinary high temperature stability with very low coking tendencies.

SpectraSyn™ 2 feature low temperature properties, low volatility, and improved thermal stability. SpectraSyn™ 2 Low Viscosity PAO products have high viscosity indices which translate to improved flow at low temperatures and increased film thickness at high temperatures. SpectraSyn™ 2 Low Viscosity PAO products are the primary basestocks for synthetic lubricants used in passenger car engines, heavy-duty diesel engines, transmissions, gear boxes and a variety of industrial applications.

SpectraSyn™ 100 feature low temperature properties (pour point and viscosity), low volatility, and improved thermal stability. SpectraSyn™ 100 High Viscosity PAO products high viscosity indices translate into improved flow at low temperatures and increased film thickness at high temperatures. SpectraSyn™ 100 High Viscosity PAO basestocks are particularly suited for industrial oils requiring high stability under extreme operating conditions. SpectraSyn™ 100 High Viscosity PAO products are frequently used in conjunction with lower viscosity fluids (PAO, mineral oils) as a viscosity booster to achieve a wide range of ISO VG industrial and automotive gear oils.

SpectraSyn™ 4 feature low temperature properties, low volatility, and improved thermal stability. SpectraSyn™ 4 Low Viscosity PAO products have high viscosity indices which translate to improved flow at low temperatures and increased film thickness at high temperatures. SpectraSyn™ 4 Low Viscosity PAO products are the primary basestocks for synthetic lubricants used in passenger car engines, heavy-duty diesel engines, transmissions, gear boxes and a variety of industrial applications.

SpectraSyn™ 10 feature low temperature properties, low volatility, and improved thermal stability. SpectraSyn™ 10 Low Viscosity PAO products have high viscosity indices which translate to improved flow at low temperatures and increased film thickness at high temperatures. SpectraSyn™ 10 Low Viscosity PAO products are the primary basestocks for synthetic lubricants used in passenger car engines, heavy-duty diesel engines, transmissions, gear boxes and a variety of industrial applications.

SpectraSyn™ 8 low temperature properties, low volatility, and improved thermal stability. SpectraSyn™ 8 Low Viscosity PAO products have high viscosity indices which translate to improved flow at low temperatures and increased film thickness at high temperatures. SpectraSyn™ 8 Low Viscosity PAO products are the primary basestocks for synthetic lubricants used in passenger car engines, heavy-duty diesel engines, transmissions, gear boxes and a variety of industrial applications.

SpectraSyn Elite™ 300 is an advanced high viscosity (Hi-Vis) Polyalphaolefin (PAO). SpectraSyn Elite™ 300 utilizes metallocene catalyst technology. SpectraSyn Elite™ 300 mPAO basestock offers performance characteristics not available with conventional PAO, such as improved viscosity index (VI), shear stability and low temperature performance in finished lubricants, particularly in industrial applications. Together, these properties offer the flexibility to develop finished lubricants optimized to address formulators' toughest lubrication challenges.