Internal Sizing Additives

• Rosin Based Sizing Agents
• Fluid Rosin Sizes
  • N-750-P – High solids (50%) Fortified fluid size
  • Plasmine PLH-55 – High solids (55%) urea extended fluid size for mill handling systems requiring a lower viscosity fluid size
• Anionic Dispersed Rosin Sizes
  • NeuRoz® 540 – High solids (40%) fortified dispersed rosin size for high temperature (>120 °F) wet end operating conditions and pH ranges from 4.0 to 7.0.
  • NeuRoz® 700 - High solids (40%) esterified dispersed rosin size for low temperature (< 120 °F) and high pH (>6.0) wet end operating conditions.
• Cationic Dispersed Rosin Sizes
  • NeuRoz® 426 – High solids (40%) fortified dispersed rosin size for high temperature (>120 °F) wet end operating conditions and pH ranges from 4.0 to 7.0.
  • NeuRoz 426 Plus – Highly fortified version of NeuRoz 426 which provides hot penetrant sizing performance.
  • NeuRoz® XC-7 - High solids (40%) esterified dispersed rosin size for low temperature (< 120 °F) and high pH (>6.0) wet end operating conditions.
  • NeuRoz® 800 – High solids (38%) proprietary formulation of esterified rosin, cationic polymers, and aluminum compounds. Designed for efficient sizing in all pH conditions up to 8.0. Can be used with or without additional aluminum compounds. The fixation of the rosin component to the cellulose fibers is accomplished by the action of the cationic components integrated into the product.
• Alkyl Ketene Dimer (AKD) Sizing Agents
  • Plasmisize 100 – Low charge AKD emulsions with excellent stability.
  • Plasmisize 300- High charge AKD emulsion designed for recycled stock and high conductivity (>5000 mmhos) wet end operating systems
  • Plasmisize 600 – Medium charge AKD emulsion with excellent stability.
  • Plasmisize 900 - High charge AKD emulsion designed for recycled stock and high conductivity (>5000 mmhos) wet end operating systems.
  • Plasmisize 1000 – High solids AKD emulsion designed for large volume accounts with a lower cationic charge.
  • Plasmisize 1100 – High solids AKD emulsions designed with a medium cationic charge.