PTBP (Para tertiary butyl phenol) formaldehyde resin (resole). It is a heat reactive alkyl phenolic synthetic resin. Exhibits adhesiveness. Provides resistance to high heat. Possesses solubility in... view more

PTBP (Para tertiary butyl phenol) formaldehyde resin (resole). It is a heat reactive alkyl phenolic synthetic resin. Exhibits adhesiveness. Provides resistance to high heat. Possesses solubility in... view more

PTBP (Para tertiary butyl phenol) formaldehyde resin (resole). It is a heat reactive alkyl phenolic synthetic resin. Exhibits adhesiveness. Provides resistance to high heat. Possesses solubility in... view more

PTBP (Para tertiary butyl phenol) formaldehyde resin (resole). It is a heat reactive alkyl phenolic synthetic resin. Exhibits adhesiveness. Provides resistance to high heat. Possesses solubility in... view more

PTBP (Para tertiary butyl phenol) formaldehyde resin (resole). It is a heat reactive alkyl phenolic synthetic resin. Exhibits adhesiveness. Provides resistance to high heat. Possesses solubility in... view more

PTBP (Para tertiary butyl phenol) formaldehyde resin (resole). It is a heat reactive alkyl phenolic synthetic resin. Exhibits adhesiveness. Provides resistance to high heat. Possesses solubility in... view more

PTBP (Para tertiary butyl phenol) formaldehyde resin (resole). It is a heat reactive alkyl phenolic synthetic resin. Exhibits adhesiveness. Provides resistance to high heat. Possesses solubility in... view more

PTBP (Para tertiary butyl phenol) formaldehyde resin (resole). It is a heat reactive alkyl phenolic synthetic resin. Exhibits adhesiveness. Provides resistance to high heat. Possesses solubility in... view more

Rosin modified maleic resin. Exhibits improvement in film hardness. Possesses solubility in mineral turpentine oil, toluene, xylene and esters. Used in nitrocellulose-, chlorinated rubber- and... view more

Rosin modified maleic resin. Exhibits solubility in mineral turpentine oil and toluene. Used in nitrocellulose lacquers and overprint varnishes... view more

Rosin modified maleic resin. It is a spirit soluble resin. Used in nitrocellulose lacquers, road marking paints and spirit soluble varnishes. Applications include printing-, offset-, gravure- and... view more

POLYTONE M 136 by Polyols Polymers is a rosin modified maleic resin. It is a spirit soluble resin. POLYTONE M 136 is recommended for use in paper varnishes and liquid inks... view more

Rosin modified penta-esterified phenol formaldehyde resin. It exhibits compatibility with linseed- and tung oil. Possesses solubility in white spirit, aliphatic hydrocarbons, aromatic esters and... view more

Rosin modified penta-esterified phenol formaldehyde resin. It exhibits high melting point. Shows scratch-proof-, better solvent release-, good distribution- & transference properties. Offers good... view more

Rosin modified penta-esterified phenol formaldehyde resin. It exhibits high melting point. Shows high gloss, good distribution- & transference properties. Offers good solubility with aliphatic... view more

Rosin modified penta-esterified phenol formaldehyde resin. It exhibits high melting point and high gloss. Offers good solubility with aliphatic hydrocarbons, aromatic hydrocarbons, esters and... view more

Rosin modified penta-esterified phenol formaldehyde resin. It has high melting point and high molecular weight. Exhibits excellent gloss. Provides sharp prints with excellent press stability. Offers... view more

Polyamide resin based on polymeric fatty acids. It is a co-solvent grade and non reactive resin. Exhibits excellent resistance to grease and water. Provides good glossy sharp prints. Possesses... view more

Polyamide resin based on polymeric fatty acids. It is a co-solvent grade and non reactive resin. Exhibits excellent resistance to grease and water. Provides good glossy sharp prints. Possesses... view more

Polyamide resin based on polymeric fatty acids. It is a non reactive resin. Exhibits good anti-blocking characteristics. Inks prepared from this resin have good adhesion to a variety of substrates... view more