Solvent based

  • A non-silicone polymer defoamer for solvent-based systems. Very good compatibility and is extremely suitable for clear and high-gloss coating applications.
  • Non-silicone modified polyvinyl polymer. May cause some haziness in clear systems. Widely used in NC and AC lacquer wood finishes especially applied by curtain coater.
  • Silicone modified polysiloxane defoamer and deaerator for solvent-based systems. Uses included polyurethane, baking paints and curtain coating applications.
  • Silicone based modified polysiloxane defoamer and deaerator. Very good defoaming and compatibility balance. Works well with polyurethane, NC & AC wood coatings and air-drying long oil and medium oil alkyds.
  • Silicone based fluorocarbon modified polysiloxane defoamer and deaerator for solvent-based systems. Very broad application from low to high polar systems. Suitable for physical drying systems and air-drying alkyds.
  • Silicone based fluorocarbon modified polysiloxane defoamer and deaerator for solvent-based systems. Suitable for use in all printing ink systems ranging from offset, grauvre, flexo and UV systems.
  • Silicone based modified polysiloxane defoamer and deaerator for solvent-based systems. Works as a post-add to break foam generated in processing.
  • Silicone fluorocarbon modified polysiloxane defoamer and deaertor in solvent-based systems. Universal defoamer for all systems low to high polar. Uses include, air-drying alkyds, physical drying systems, wood coatings, vehicle refinish and general industrial coatings.
  • Silicone-based modified polysiloxane defoamer and deaerator for solvent-based systems. Recommended for clear coats. Best performing in polyurethane, epoxy, UV and UPE systems.
  • Silicone-based modified polysiloxane defoamer and deaerator for solvent-based systems. Has additional leveling properties in comparison to 2035.
  • Silicone-based modified polysiloxane defoamer and deaerator for solvent-based systems. Best suitable for medium to high polar systems such as epoxy, TPA and unsaturated polyesters. Outstanding in polyurethane systems.
  • Non-silicone polymer based defoamer for solvent-based systems. Economy replacement for Afcona 2020.
  • Non-silicone polymer based defoamer for solvent-based systems. Very suitable for pigmented and matte UV coatings, epoxies, polyurethanes and baking paints.
  • Non-silicone polymer defoamer for solvent-based and solvent-free systems of epoxy, polyurethane, UPE and UV coatings.
  • Non-silicone defoamer for water-based systems. Best used in pigment paste preparation with excellent high-shear resistance.
  • Modified polysiloxane silicone-based defoamer and deaerator for UV coatings. The defoamer is to be dissolved in a reactive solvent (HEA).
  • Modified polysiloxane silicone based defoamer and deaerator for solvent-based systems. Suitable for high solid & high viscosity systems. (polyurethane and epoxy flooring)
  • Modified polysiloxane silicone-based defoamer and deaerator for solvent-based systems. For unsaturated polyester systems. Better transparency and defoaming than 2720 along with very good surface leveling. Compatible in epoxy resin systems.
  • Non-silicone polymer based defoamer for solvent-based systems. Suitable for high solid and high viscosity systems such as UPE, polyurethane, epoxy and PMMA flooring.
  • Modified polysiloxane silicone based defoamer and deaerator for solvent-based systems. Shows very good performance for Epoxy and PU systems, especially solvent-less applications.
  • Non-silicone polymer based defoamer for solvent-based systems. Anti-foam and de-aeration agent for solvent containing and solvent-free systems of epoxy, polyurethane, coil coatings and wood coatings.
  • Modified polysiloxane silicone-based defoamer and deaerator for solvent-based systems. Good compatibility and clarity in high gloss UV systems, epoxies, polyurethanes, baking paints and other high viscosity systems.
  • Modified polyether polysiloxane silicone based slip and leveling agent for solvent and water-based systems. Good anti-cratering in polyurethane.

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