SYLFAT™

Polymers additives supplied by KRATON

Kraton Corporation's SYLFAT™ products are bio-based tall oil fatty acids (TOFA) useful in a wide range of applications. All the products have high fatty acid content, low content of rosin acids and unsaponifiables and their use can be found in the long carbon chain (C18), the acid function of the carboxyl group (COOH) and the unsaturation of the double bonds. SYLFAT™ pine chemicals are used for their functional properties, such as chemical reactivity and surface activity in chemical synthesis. They are suitable for use as a plasticizer for rubber.

6 products match your search

Detailed List

Product Name

Supplier

Description

SYLFAT™ 2 Tall Oil Fatty Acid

KRATON

SYLFAT™ 2 Tall Oil Fatty Acid by KRATON is used as plasticizers in rubber. It exhibits high fatty acid content & a low content of rosin acids and unsaponifiable. It provides a combination of low viscosity, light... view more

Applications

Visual aspect & aesthetics>Color stability

SYLFAT™ EPG

KRATON

SYLFAT™ EPG by KRATON is a tall oil fatty acid acting as a plasticizer in rubber. SYLFAT™ EPG is also used as lubricant... view more

SYLFAT™ FA-3

KRATON

SYLFAT™ FA-3 by KRATON is a tall oil fatty acid acting as a plasticizer in rubber. SYLFAT™ FA-3 is also used as lubricant... view more

SYLFAT™ FA1 SPECIAL

KRATON

SYLFAT™ FA1 SPECIAL by KRATON is a tall oil fatty acid acting as a plasticizer in rubber to aid in processing. It can impart desirable properties and is similar to fatty acids from other fats and oils. It... view more

Applications

SYLFAT™ FA1 Tall Oil Fatty Acid

KRATON

SYLFAT™ FA1 Tall Oil Fatty Acid by KRATON is a tall oil fatty acid (TOFA) acting as a plasticizer in rubber to aid in processing. It combines a long carbon chain (C18) of relatively high... view more

Applications

SYLFAT™ FA2 Tall Oil Fatty Acid

KRATON

SYLFAT™ FA2 Tall Oil Fatty Acid by KRATON is a tall oil fatty acid (TOFA) acting as a plasticizer in rubber to aid in processing. It shows low viscosity, reactive poly-unsaturation and low saturated... view more

Applications