SYLVACOTE

Modified rosin ester binder designed for high performance​. SYLVACOTE™ binder resin offers excellent thermal stability for consistent color, softening point, mass retention, and viscosity. These application properties help formulators to ensure that the applied road markings stay in specification from the beginning to the end of the striping job​.

Markets

Coatings

Coatings

Inks

Inks
Road
Markings
Road Markings
Varnishes
Varnishes
Woodworking
Woodworking

Benefits

  • Good adhesion with glass beads, anti-skid aggregates, and pavement
  • Initial and long-term retro-reflectivity
  • Oil & gas resistance
  • Biobased

Product Portfolio

SYLVACOTE™ 4101RM ROSIN ESTER
SYLVACOTE™ 4981 MODIFIED ROSIN ESTER
SYLVACOTE™ 4985 MODIFIED ROSIN ESTER
SYLVACOTE™ 4995 MODIFIED ROSIN ESTER
SYLVACOTE™ 7003 MALEIC MODIFIED GLYCERINE ESTER
SYLVACOTE™ 7097 MALEIC MODIFIED GLYCERINE ESTER
SYLVACOTE™ 4101RM Rosin Ester

SYLVACOTE™ 4101RM is a modified rosin ester binder designed for thermoplastic road marking formulations suitable for hot climates. Excellent glass bead adhesion helps to extend the service life of either liquid-applied traffic striping or pre-formed road markings.

Safety Data Sheets

The following SDS document applies for all products in the SYLVACOTETM-4101RM product suite. Please allow several seconds for SDSs to load. If SDSs are not loading or not displaying correctly, ensure that you have accepted all cookies.

SYLVACOTE™ 4981 Modified Rosin Ester

SYLVACOTE™ 4981 is a modified rosin ester binder designed for thermoplastic road marking formulations suitable for hot climates. Excellent glass bead adhesion helps to extend the service life of either liquid-applied traffic striping or pre-formed road markings.

 
Safety Data Sheets

The following SDS document applies for all products in the SYLVACOTE(TM) 4981 product suite. Please allow several seconds for SDSs to load. If SDSs are not loading or not displaying correctly, ensure that you have accepted all cookies.

SYLVACOTE™ 4985 Modified Rosin Ester

SYLVACOTE™ 4985 modified rosin ester binder enables pavement marking formulators to reduce TiO2 use in thermoplastic traffic striping formulations because binder color remains low during melting and application.

 
Safety Data Sheets

The following SDS document applies for all products in the SYLVACOTE(TM) 4985 product suite. Please allow several seconds for SDSs to load. If SDSs are not loading or not displaying correctly, ensure that you have accepted all cookies.

SYLVACOTE™ 4995 Modified Rosin Ester

SYLVACOTE™ 4995 modified rosin ester resin is designed for use as a binder in high performance thermoplastic road marking formulations. SYLVACOTE 4995 can be formulated into markings that maintain consistent viscosity and color through pot life, enabling more predictable application properties for the contractor, longer service life for the road owner and improved visibility for the driver.

 
Safety Data Sheets

The following SDS document applies for all products in the SYLVACOTE(TM) 4995 product suite. Please allow several seconds for SDSs to load. If SDSs are not loading or not displaying correctly, ensure that you have accepted all cookies.

SYLVACOTE™ 7003 Maleic Modified Glycerine Ester

SYLVACOTE™ 7003 is a maleic modified glycerine ester of Tall Oil rosin. It is compatible with rosin modified resins and Nitrocellulose.

 
Safety Data Sheets

The following SDS document applies for all products in the SYLVACOTE(TM) 7003 product suite. Please allow several seconds for SDSs to load. If SDSs are not loading or not displaying correctly, ensure that you have accepted all cookies.

SYLVACOTE™ 7097 Maleic Modified Glycerine Ester

SYLVACOTE™ 7097 is a maleic modified glycerine ester of Tall Oil rosin. It is compatible with rosin modified resins and Nitrocellulose.

 
Safety Data Sheets

The following SDS document applies for all products in the SYLVACOTE(TM) 7097 product suite. Please allow several seconds for SDSs to load. If SDSs are not loading or not displaying correctly, ensure that you have accepted all cookies.