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SyntranŽ 6130
ACRYLIC POLYMER TECHNOLOGY FOR WOOD COATINGS

 






Syntran 6130  is a water based acrylic copolymer for coatings to be applied to furniture, wood trim and wood floors.  In combination with water based urethane polymers,  Syntran 6130 offers the formulation significant advantages compared to water based or solvent based urethane systems.

 

Interpolymer is introducing 3 new wood coating formulations based on Syntran 6130: 

  • An all acrylic general purpose Sanding Sealer for non-wear and wear wood surfaces
  • A urethane modified high gloss top coat for furniture, wood trim and other non-wear surfaces
  • A urethane modified high gloss, durable top coat for wood floors

For use in Household and DIY applications, Syntran 6130 formulations offer the end user high quality coatings that are easy to use, fast drying and long lasting.  These environmentally favorable formulations offer safety and aesthetic benefits over solvent or oil based coatings.  They are low VOC products that contain no hazardous ingredients which present labeling and use direction issues for the formulator.

 

Syntran 6130 acrylic polymer is "green", containing no heavy metals, no APE surfactants and no hazardous ingredients.

 

Syntran 6130 based wood coatings formulations offer the formulator and the end user both cost and performance advantages:

 

Performance Benefits

  • Easy to use
  • Easy to clean
  • Compatible with most wood sealers and wood topcoats
  • Excellent substrate adhesion
  • Excellent gloss and durability

Features

  • Water based polymers
  • Low odor
  • High chemical resistance
  • Non-flammable
  • Environmentally friendly

Competitive Performance Data


Typical Physical Properties

  • POLYMER TYPE:    Acrylate Copolymer Emulsion
  • TOTAL SOLIDS:    40%
  • pH @ 22°C:    8.8 
  • SPECIFIC GRAVITY @ 22°C:    1.047 
  • VISCOSITY @ 22°C:    500 cps (Brookfield)
  • MINIMUM FILM FORMATION TEMPERATURE:    50°C
  • CHARGE OF EMULSION PARTICLE:    Negative
  • HEAT STABILITY @ 52°C:    Unchanged after 30 days
  • FREEZE-THAW STABILITY:    Unchanged after 3 cycles