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Synfluid® PAO 2.5 cSt
Synfluid® PAO 2.5 cSt is a low-viscosity synthetic base oil with excellent thermal properties, engineered for high performance formulations. Synfluid® PAO 2.5 cSt is produced through the process of synthesizing oligomers from a pure normal alpha olefin feedstock of 1-dodecene. The usage of a pure feedstock yields a consistent and high-quality product.
Read MoreSynfluid® PAO 2 cSt
Synfluid® PAO 2 cSt is a low-viscosity synthetic base oil with excellent thermal properties, engineered for high performance formulations. Synfluid® PAO 2 cSt is produced through the process of synthesizing oligomers from a pure normal alpha olefin feedstock of 1-decene. The usage of a pure feedstock yields a consistent and high-quality product.
Read MoreSynfluid® Polyalphaolefin (PAO) Product Portfolio
Chevron Phillips Chemical is a leading manufacturer of polyalphaolefins (PAO), including our complete Synfluid® product line.
Read MoreSynfluid® PAO 10 cSt
Synfluid® PAO 10 cSt is a synthetic base oil engineered for advanced lubricant formulations. Synfluid® PAO 10 cSt is produced by synthesizing oligomers from a pure normal alpha olefin feedstock of 1-decene. The usage of a pure feedstock yields a consistent and high-quality product. Designed to deliver exceptional performance across a wide temperature range, this synthetic base oil offers superior thermal and oxidative stability, low volatility and excellent film strength, making it ideal for demanding industrial and transportation applications.
Read MoreSynfluid® PAO 8 cSt
Synfluid® PAO 8 cSt is a synthetic base oil engineered for advanced lubricant formulations. Synfluid® PAO 8 cSt is produced by synthesizing oligomers from a pure normal alpha olefin feedstock of 1-decene. The usage of a pure feedstock yields a consistent and high-quality product. Designed to deliver exceptional performance across a wide temperature range, this synthetic base oil offers superior thermal and oxidative stability, low volatility and excellent film strength, making it ideal for demanding industrial and transportation applications.
Read MoreTake a behind-the-scenes look at the ethane cracker control room
With enthusiasm and passion, Eric Tukes put his telecommunications career behind him to become a process operator.
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