Products

Pine Rosins PR 059.1 is a Polymerized rosins that are derivatives obtained by cationic dimerization of part of the resin acids present in the natural rosin. The main characteristic, compared to natural rosin is its higher softening point and this value depends on the concentration of dimers (and some trimers). The higher the percentage of dimers, the higher the softening point. The main use for this type of resins is the production of high melting point esters that need good compatibility with polymers and other low polarity ingredien.

Pine Rosins PR 510.2 is a disproportionated gum rosin is a thermoplastic resin obtained by distillation of pine oleoresin–steam and modified by action of heat and catalysts to decrease the abietic acid content present in the natural Gum rosin. These resins are compatible with most well known compounds such as, EVA polymers, SIS, SBR, natural rubber, butyl rubber, hydrocarbon and terpene resins.

Pine Rosins PR 510.3 is a disproportionated gum rosin is a thermoplastic resin obtained by distillation of pine oleoresin–steam and modified by action of heat and catalysts to decrease the abietic acid content present in the natural Gum rosin. These resins are compatible with most well known compounds such as, EVA polymers, SIS, SBR, natural rubber, butyl rubber, hydrocarbon and terpene resins.

Pine Rosins PR 097.43 is a disproportionated gum rosin is a thermoplastic resin obtained by distillation of pine oleoresin–steam and modified by action of heat and catalysts to decrease the abietic acid content present in the natural Gum rosin. These resins are compatible with most well known compounds such as, EVA polymers, SIS, SBR, natural rubber, butyl rubber, hydrocarbon and terpene resins.

Pine Rosins PR 097.1 is a disproportionated gum rosin is a thermoplastic resin obtained by distillation of pine oleoresin–steam and modified by action of heat and catalysts to decrease the abietic acid content present in the natural Gum rosin. These resins are compatible with most well known compounds such as, EVA polymers, SIS, SBR, natural rubber, butyl rubber, hydrocarbon and terpene resins.

Pine Rosins PR 388.2 is a Diethylene glycol esters of rosin that are obtained by the esterification of rosin with diethylene glycol. These resins are viscous liquids at room temperature and they are mainly used as tackifiers and plasticizers specially in floor coating adhesives, depilatory waxes and road marking paints.

Pine Rosins PR 537.5 is a Non Crystallizing Gum Rosin that are natural resins which have been modified with formaldehyde to increase its resistance against crystallization and oxidation. This type of rosins is similar performance to natural gum rosin keeping the main characteristics in terms of solubility and compatibility. Main difference is its high resistance to crystallization and low VOC content.

Pine Rosins PR 537.2 is a Non Crystallizing Gum Rosin that are natural resins which have been modified with formaldehyde to increase its resistance against crystallization and oxidation. This type of rosins is similar performance to natural gum rosin keeping the main characteristics in terms of solubility and compatibility. Main difference is its high resistance to crystallization and low VOC content.

Pine Rosins PR 509.1 is a disproportionated gum rosin is a thermoplastic resin obtained by distillation of pine oleoresin–steam and modified by action of heat and catalysts to decrease the abietic acid content present in the natural Gum rosin. These resins are compatible with most well known compounds such as, EVA polymers, SIS, SBR, natural rubber, butyl rubber, hydrocarbon and terpene resins.

Pine Rosins PR 059.2 is a Polymerized rosins that are derivatives obtained by cationic dimerization of part of the resin acids present in the natural rosin. The main characteristic, compared to natural rosin is its higher softening point and this value depends on the concentration of dimers (and some trimers). The higher the percentage of dimers, the higher the softening point. The main use for this type of resins is the production of high melting point esters that need good compatibility with polymers and other low polarity ingredien.

Pine Rosins PR 537.1 is a Non Crystallizing Gum Rosin that are natural resins which have been modified with formaldehyde to increase its resistance against crystallization and oxidation. This type of rosins is similar performance to natural gum rosin keeping the main characteristics in terms of solubility and compatibility. Main difference is its high resistance to crystallization and low VOC content.

Pine Rosins PR 510.1 is a disproportionated gum rosin is a thermoplastic resin obtained by distillation of pine oleoresin–steam and modified by action of heat and catalysts to decrease the abietic acid content present in the natural Gum rosin. These resins are compatible with most well known compounds such as, EVA polymers, SIS, SBR, natural rubber, butyl rubber, hydrocarbon and terpene resins.

Pine Rosins PR 537.3 is a Non Crystallizing Gum Rosin that are natural resins which have been modified with formaldehyde to increase its resistance against crystallization and oxidation. This type of rosins is similar performance to natural gum rosin keeping the main characteristics in terms of solubility and compatibility. Main difference is its high resistance to crystallization and low VOC content.

Pine Rosins PR 388.1 is a Diethylene glycol esters of rosin that are obtained by the esterification of rosin with diethylene glycol. These resins are viscous liquids at room temperature and they are mainly used as tackifiers and plasticizers specially in floor coating adhesives, depilatory waxes and road marking paints.

Pine Rosins PR 097.2 is a disproportionated gum rosin is a thermoplastic resin obtained by distillation of pine oleoresin–steam and modified by action of heat and catalysts to decrease the abietic acid content present in the natural Gum rosin. These resins are compatible with most well known compounds such as, EVA polymers, SIS, SBR, natural rubber, butyl rubber, hydrocarbon and terpene resins.