LUBRICANTS

Kraton has a broad range of products serving the lubricant industry through a variety of key raw materials for additive and base oil with built-in performance capabilities while also addressing environmental drivers.

Benefits

  • Meet Sustainability Goals

Our biobased products help customers meet sustainability goals while also enhancing performance expectations

  • Multifunctional Use

Our products offer exceptional performance in MWF , base oils and general lubricant applications.

Lubricants

Lubricants Icon

PINE-BASED SUSTAINABILITY ADVANTAGES

  • E100% BIOBASED CERTIFIED
  • ESourced from Responsibly Managed Forests
  • ELower Carbon Footprint
  • ENon-food Source
  • EMinimal VOC (CARB LVP-VOC classified)
  • EDoes Not Compete for Land with Food Crops

HIGH-PERFORMANCE BIOBASED OILS

SYLVASOLV’s unique pine chemistry can improve processes and performance in industries, including cleaning, coatings, lubricants, agrochemicals, and adhesives.

  • 100% BIOBASED CERTIFIED
  • Exceptional Solubility Power
  • High Lubricity
  • Excellent Cold Temperature Properties
  • Non-flammable
  • Minimal VOC (CARB LVP-VOC classified)

Lubricants Products

SYLVATAL™
Century™
SYLVATAL™

SYLVATAL™ is a distilled tall oil (DTO) containing 10–40 percent rosin acids. It combines the advantages of fatty acids and rosin acids, making it an ideal raw material for functional products.​ SYLVATAL 10S, 20S, 20/25S and 25/30S are from European (Scandinavian origin) with a specific characteristic to have more double bounds (i.e. higher Iodine Value) than DTO with an origin closer to the equator, such as our SYLVATAL D25LR, SYLVATAL D30LR, and SYLVATAL D40LR.

Century™

CENTURY™ products are pine-based, Branched Fatty Acids that deliver improved performance in various applications. ​CENTURY helps formulators attain desired thermal, oxidative, and odor stability levels. These benefits result from the product’s ability to combine oleic acid’s physical properties with stearic acid’s chemical stability via a clay-catalyzed fatty acid rearrangement process.​

 

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