Aerafin™ 17 Polymer by Synthomer is a fully saturated, low molecular weight propylene-based olefin polymer. It shows good adhesion with excellent peel strength in the formulation, low color and... view more

Aerafin™ 180 Polymer by Synthomer is a propylene-based olefin polymer. It has a balance of processing temperature, cohesive- and tensile strength. It is compatible with polyolefin polymers, waxes... view more

Aerafin™ 35 Polymer by Synthomer is a propylene-ethylene-based, amorphous polyolefin polymer with an exceptional balance of tensile strength and elongation. It is designed for improved performance... view more

Eastoflex™ M1018PL-1 by Synthomer is a blend of propylene homopolymer and copolymers of propylene & ethylene. Acts as a tackifier and is inherently soft, tacky and flexible. It is broadly compatible... view more

Eastoflex™ M1020PL amorphous polyolefin by Synthomer is inherently soft, tacky and flexible. It is broadly compatible with numerous elastomers, polymers, aliphatic tackifying resins, asphalt, butyl... view more

Kristalex™ 3100 by Synthomer is a tackifier. Used in alluminum-pigment preparations, assembly, automotive, building and construction, caulks and sealants. Also used in hot-melt adhesives... view more

Kristalex™ 3105SD by Synthomer is a water-white, highly color stable, low molecular weight hydrocarbon resin with low organic volatile content. It is made from pure aromatic monomers. It offers good... view more

Kristalex™ 5140 by Synthomer is a low molecular weight resin produced by copolymerization of pure aromatic monomers. It functions as a tackifier. Used in alluminum-pigment preparations, assembly... view more

Kristalex™ 5140SD by Synthomer is a high softening point, low molecular weight hydrocarbon resin with low organic volatile content and low odor. It is made up of pure aromatic monomers. It is... view more

Kristalex™ F100 by Synthomer acts as a tackfier. It is a water-clear, color stable, low molecular weight thermoplastic hydrocarbon polymer. Used in automotive, building and construction, caulks and... view more

Kristalex™ F115 Hydrocarbon Resin is a water-clear, color stable, low molecular weight thermoplastic hydrocarbon polymer. It is a tackfier designed by Synthomer for use in assembly, automotive... view more

Kristalex™ F85 by Synthomer is a low molecular weight, thermoplastic hydrocarbon polymer. It is designed as a water-clear, color-stable, low molecular weight tackifier. Suitable for automotive... view more

Pentalyn™ H-E is a medium hard, pale, thermoplastic resin designed primarily as a tackifying resin for various types of polymer- and elastomer-based adhesives. Possesses very good resistance to... view more

Permalyn™ 5095 by Synthomer is a rosin-based tackfier. Exhibits low odor, medium softening point, very good color stability and resistance to thermal degradation. Used in asphalt modification... view more

Permalyn™ 5110 by Synthomer acts as a tackifier. Shows very good color stability, wide solubility and compatibility range. Exhibits high softening point, low odor and resistant to thermal... view more

Permalyn™ 6110 is a gum rosin-based tackifier by Synthomer. Compatible with natural and synthetic rubbers, EVA copolymers, SIS and SBS block copolymers, low molecular weight PE, paraffin and... view more

Permalyn™ 6110-M by Synthomer is a tackifier based on gum rosin. Used in automotive, bookbinding, building, construction, contact adhesives, footwear, leather and hot melt adhesives. Exhibits very... view more

Piccotac™ 1095-N by Synthomer is a narrow molecular weight distribution, aliphatic hydrocarbon (C5) resin. Acts as a tackifier used in hot-melt, pressure sensitive and solvent-borne adhesives... view more

Piccotac™ 1100-E by Synthomer is a low molecular weight, aliphatic (C5) hydrocarbon resin derived mainly from dienes and other reactive monomers. It functions as a tackifier. Exhibits excellent... view more

Piccotac™ 1105-E by Synthomer is a low molecular weight, aliphatic hydrocarbon resin. Suitable for use as a tackifier resin in rubber-compounding applications. It is derived mainly from dienes and... view more