Diethyl ester. It is synthesized chemically from petrochemicals.

Diethyl ester. It is synthesized chemically from petrochemicals.

Poly [(3-methyl-1,5-pentanediol; trimethylol propane)-alt-(adipic acid)]. It is synthesized chemically from petrochemicals.

Poly [(3-methyl-1,5-pentanediol)-alt-(adipic acid)]. It is synthesized chemically from petrochemicals.

Poly [(3-methyl-1,5-pentanediol)-alt-(adipic acid)]. It is synthesized chemically from petrochemicals.

Polytetrahydrofuran. Used as intermediate for polyurethane adhesives. Provides tear strength, abrasion resistance and good low temperature behaviour. Possesses hydrolytic stability and microbe...

Solvent-free product based on diphenylmethane-4,4'-diisocyanate (MDI) containing oligomers of high functionality and isomers. Used for the production of adhesives.

Solvent-free product based on 4,4'-diphenylmethane diisocyanate (MDI) containing oligomers of high functionality and isomers. Used as a wood binder.

Solvent-free product based on 4,4'-diphenylmethane diisocyanate (MDI) containing oligomers of high functionality and isomers. Used for the production of adhesives.

Solvent-free product based on diphenylmethane-4,4'-diisocyanate (MDI) containing oligomers of high functionality and isomers. Used for the production of adhesives.

Solvent-free product based on 4,4'-diphenylmethane diisocyanate (MDI) containing oligomers of high functionality and isomers. Used for binders (for wood, sand, rock).

High performance, ultra-low monol diol based on propylene oxide and ethylene oxide. Used in high modulus, solvent-based and hot-melt adhesives, and one- and two-component sealants. Offers hydrolytic...

Polyether polyol. Used in sealants. Contains very low levels of monol.

Linear polypropylene ether polyol. Shows thinning with solvents such as esters, ketones and aromatics. Used in adhesives and sealants.

Linear polyether polyol. Shows thinning with solvents such as esters, ketones and aromatics. Used in elastic sealants and adhesives.

Polyether polyol. Used in sealants. Contains very low levels of monol.

Aromatic difunctional urethane acrylate oligomer. Used in laminating and pressure sensitives adhesives. Provides hydrolitic stability, abrasion resistance, adhesion and gloss.

Aromatic difunctional urethane acrylate oligomer. Used in laminating and pressure sensitives adhesives. Provides hydrolitic stability, adhesion and gloss.

An aromatic polyether urethane diacrylate. Used for laminating adhesives against or with metal substrates. Possesses tensile strength and peel strength.

Aromatic difunctional urethane acrylate oligomer. Used in laminating and pressure sensitives adhesives. Provides hydrolitic stability, abrasion resistance, adhesion and gloss. Offers low toxicity.

Aromatic difunctional urethane acrylate oligomer. Used in laminating and pressure sensitives adhesives. Provides hydrolitic stability and good adhesion.

Saturated polyester polyol. Used in adhesives.

Saturated branched polyester polyol. Used in adhesives.

Saturated polyester polyol. Used in adhesives.

Saturated polyester polyol. Used in adhesives.

Saturated polyester polyol. Used in adhesives.

Solvent-free, branched ether-urethane-polymer with blocked, amine curable isocyanate groups. Used in adhesives, and in elastic pouring compounds and sealants. Provides tough-hard to highly elastic...

Solvent-free, modified, medium-viscous, branched ether-urethane-polymer with blocked, amine curable isocyanate groups. Used for elastifying of amine-curing epoxy systems, such as highly elastic...

Solvent-free, medium-viscous, branched ether-urethane-polymer with blocked, amine curable isocyanate groups and modified with dioctyl adipate. Used for elastifying of amine-curing epoxy systems, such...

Polyester polyol. It is formed through the polymerization reaction between dicarboxylic acid and diol. Used in polyurethane adhesives.

Polyester polyol. It is formed through the polymerization reaction between dicarboxylic acid and diol. Used in polyurethane adhesives.

Polyester polyol. It is formed through the polymerization reaction between dicarboxylic acid and diol. Used in polyurethane adhesives.

Polyester polyol. It is formed through the polymerization reaction between dicarboxylic acid and diol. Used in polyurethane adhesives.

Polyester polyol. It is formed through the polymerization reaction between dicarboxylic acid and diol. Used in polyurethane adhesives.

MDI based urethane prepolymer with blocked isocyanate. The blocked curing sites allow protracted storage of the polymer in the presence of moisture and active vulcanizing agents. It can be activated...

Blocked polyether/TDI urethane prepolymer. Used in solvent resistant adhesives. Blocked isocyanate curing sites can be activated by heating. Provides protracted storage in presence of moisture and...

PPDI-terminated polyester prepolymer. Possesses very low free PPDI content. Offers significant processing advantages including easier melting, lower viscosity, and increased pour life. Imparts very...

PPDI-terminated polycaprolactone prepolymer. Possesses very low free PPDI content, low viscosity and easy melting, and long pour life. Imparts very good properties to cast polyurethane elastomers....

PPDI-terminated polyether prepolymer. Possesses very low free PPDI content. Imparts very good properties to cast polyurethane elastomers. Provides very good dynamics, good tensile/tear strength, very...

PPDI-terminated polyether prepolymer. Possesses very low free PPDI content, low viscosity and longer pour life. Imparts very good properties to cast polyurethane elastomers. Provides very good...

Branched polyether/polyester polyol. Can be used in combination with polymer MDI for 2 pack PUR adhesives. Offers water repellency and less sensitivity to moisture while curing.

Branched polyether/polyester polyol. Used in combination with polymer MDI for production of 2 pack PUR adhesives.

Dimer acid-based polyester polyol. Used in sealants. Provides very good resistance to hydrolytic attack by moisture, alkali or acid, to radical-type attack via heat, oxygen, UV or chlorine,. Offers...

Dimer acid-based polyester polyol. Used as a building block and as a modifier for polyamides, two component epoxy resin systems, polyesters hot melt adhesives, and for hotmelt, solution and dispersion...

Dimer acid-based polyester polyol. Used as a building block and as a modifier for polyamides, two component epoxy resin systems, polyesters hot melt adhesives, and for hotmelt, solution and dispersion...

Dimer acid-based polyester polyol. Used in polyurethane hot melt, aqueous dispersion, solvent-borne and radiation curable adhesives for textile, wood and leather industries. Provides resistance to...

Dimer acid-based polyester polyol. Used in sealants. Provides very good resistance to hydrolytic attack by moisture, alkali or acid, to radical-type attack via heat, oxygen, UV or chlorine,. Offers...

Physically drying, solvent and surfactant free, aqueous aliphatic poly(urethane-urea)-dispersion based on poly(butadiene). Used for sealing a wide variety of substrates. Provides quick drying, quick...

Self-crosslinking, solvent and emulsifier free, aqueous dispersion of an aliphatic urethane-acryl-hybrid. Provides quick drying, quick hardness development, very good durability and weatherability,...

Unsaturated aliphatic isocyanate bifunctional monomer with vinyl functionality. Contains a tertiary aliphatic isocyanate group and a reactive double bond. Allows emulsions and solution copolymers....

Aliphatic isocyanate monomer containing two tertiary aliphatic diisocyanate groups. Used to prepare solvent-free polyurethane dispersions that provide adhesion, flexibility, and toughness to...

UV cure, aliphatic unsaturated urethane-acrylic adduct for wood, metal, plastic and concrete. Is ionic-stabilized, reactive, diluent-free, emulsifier-free and solvent-free and possesses low VOC. Used...

Polyester polyol. Used in one and two pack adhesives system for preparation of high performance polyurethanes.

Polyester polyol. Used in one and two pack adhesives system for preparation of high performance polyurethanes.

Polyester polyol. Used in one and two pack adhesives system for preparation of high performance polyurethanes.

Polyester polyol. Used in two pack adhesives system and in sealants for preparation of high performance polyurethanes.

Polyester polyol. Used in two pack adhesives system for preparation of high performance polyurethanes.

Polyurethane prepolymer. Used in fast curing adhesives. Offers advantages such as long gel time and enhanced green strength performance.

Polyurethane prepolymer. Used in general purpose adhesives. Offers advantages such as controlled reactivity with enhanced "green" gluing properties, high mechanical tear and tensile performance and...

Polyurethane prepolymer. Used in adhesives. Offers advantages such as high mechanical tear and tensile performance, while maintaining flexibility; medium, low viscosity with balanced hydrophibicity...

Polyurethane prepolymer. Used in adhesives. Offers advantages such as high mechanical tear and tensile performance, while maintaining flexibility; medium, low viscosity with balanced hydrophibicity...

Polyurethane prepolymer. Used in adhesives, alone or in blends to flexibilize higher modulus prepolymers. Offers advantages such as high flexibility, long pot life, hydrolysis resistance and good cold...

Thermoplastic elastomer based on p-phenylene diisocyanate with a polycaprolactone backbone. Used in seals and gaskets. Provides very good flex fatigue resistance, superior dynamic properties, good cut...

Para-phenylene diisocyanate (PPDI). Used in seals and gaskets for power tools, mining, automotive, sporting goods and office equipment. Offers benefits such as good dynamic properties, very good...

PU prepolymer based on pure MDI and special polyether polyols. Used in adhesives and sealants.

PU prepolymer based on pure MDI and special polyether polyols. Used in adhesives and sealants.

Isocyanate-functional PU prepolymer. Can be used as a base material for soft and highly flexible polyurethane sealants.

Isocyanate-functional PU prepolymer. Used in a great variety of adhesives and sealants applications. Can be used alone or with fillers as adhesives for construction applications.

Isocyanate-functional PU prepolymer. Used in a great variety of adhesives and sealants applications. Can be used for the woodworking industry.

Highly crystalline saturated linear polyester polyol. Its hydrophobic crystalline structure makes it an ideal polyol for formulating high solids and water-borne polyurethane resins for heat activated...

Non-crystalline low viscosity saturated linear polyester polyol. Its hydrophobic flexible structure makes it an ideal polyol for formulating high solids and water-borne polyurethane resins. Used in...

Non-crystalline low viscosity saturated linear polyester polyol. Its hydrophobic flexible structure makes it an ideal polyol for formulating high solids and water-borne polyurethane resins. It is...

Non-crystalline low viscosity saturated linear polyester polyol. Its hydrophobic flexible structure makes it an ideal polyol for formulating high solids and water-borne polyurethane resins. Used in...

Semi-crystalline saturated linear polyester polyol. Its hydrophobic flexible structure makes it an ideal polyol for formulating high solids and water-borne polyurethane resins. It is designed for...

Linear saturated aliphatic polyester polyol. Used in formulating polyurethanes for adhesives. Provides high tensile strength, heat resistance, and good solvent resistance.

Linear, saturated aliphatic polyester polyol. Used in formulating polyurethanes for adhesives and castable elastomers. Provides high tensile strength, heat resistance, and good solvent resistance.

Linear, saturated aliphatic polyester polyol. Used for the formulation of urethanes for solvent based adhesives.

Linear, saturated aliphatic polyester polyol. Used for the formulation of urethanes for solvent adhesives.

Linear, saturated aliphatic polyester polyol. Used for the formulation of adhesives. Offers high flexibility.

4,4' diphenylmethane diisocyanate (MDI). Used in adhesives for flexible packaging.

Low-functionality reactivity and viscosity modified pure MDI. Used in the formulation of adhesives and in low reactive systems and prepolymers.

Prepolymerised diphenyl methane diisocyanate (MDI). Used in industrial adhesives.

Polymeric diphenyl methane diisocyanate (MDI). Used in industrial adhesives and in wood adhesives.

4,4' diphenylmethane diisocyanate (MDI). Used in adhesives for flexible packaging.

100% solids, aliphatic urethane polyether prepolymer. Used in adhesives and sealants. Cures by direct contact with atmospheric moisture or oxazolidine latent hardener to give non-yellowing,...

Aliphatic urethane modified polyether prepolymer supplied with 25% Mesarnoll plasticizer. Used in adhesives, expansion joints and sealants requiring Shore A hardness 15-25. Cures by direct contact...

Polyester polyol. Used as a very good starting material for reactive hot melt, one- and two-component solvent borne and 100% solid polyurethane adhesives. Offers strong and permanent bond to many...

Polyester polyol. Used as a very good starting material for reactive hot melt, one- and two-component solvent borne and 100% solid polyurethane adhesives. Offers strong and permanent bond to many...

Polyester polyol. Used as a very good starting material for reactive hot melt, one- and two-component solvent borne and 100% solid polyurethane adhesives. Offers strong and permanent bond to many...

Polyester polyol. Used as a very good starting material for reactive hot melt, one- and two-component solvent borne and waterborne polyurethane adhesives. Offers strong and permanent bond to many...

Polyester polyol. Used as a very good starting material for reactive hot melt, one- and two-component solvent borne and waterborne polyurethane adhesives. Offers strong and permanent bond to many...

Waxy white solid, hygroscopic, polytetramethylene etherglycol. Blend of linear diols in which the hydroxyl groups are separated by repeating tetramethylene ether groups. Used in polyurethane...

Waxy white solid, hygroscopic, polytetramethylene etherglycol. Blend of linear diols in which the hydroxyl groups are separated by repeating tetramethylene ether groups. Used in polyurethane...

Waxy white solid, hygroscopic, polytetramethylene etherglycol. Blend of linear diols in which the hydroxyl groups are separated by repeating tetramethylene ether groups. Used in polyurethane...

Waxy white solid, hygroscopic, polytetramethylene etherglycol. Blend of linear diols in which the hydroxyl groups are separated by repeating tetramethylene ether groups. Used in polyurethane...

Waxy white solid, hygroscopic, polytetramethylene etherglycol. Blend of linear diols in which the hydroxyl groups are separated by repeating tetramethylene ether groups. Used in polyurethane...

Amine. Used in rigid urethane foams. Possesses reactivity enhancer, friability and viscosity reducer.

Sucrose Amine. Used in low- and high- density molded foam.

Sucrose amine. Used in high density molded foam.

Sucrose amine. Used in pour, froth and slabstock rigid urethane foam.

Aromatic amine. Used in spray foam, pour.

Zero-VOC, solvent-free, styrene-free, low viscosity acrylic polyol. Used for high solids adhesives. Offers very good compatibility with a variety of acrylic and polyester resins. Can be blended with...

Zero-VOC, solvent-free, styrene-free low viscosity acrylic polyol. Used for high solids adhesives. Offers very good compatibility with a variety of acrylic and polyester resins. Can be blended with...

Linear diol produced through the polymerization of tetrahydrofuran. Used in adhesives and sealants. Possesses hygroscopic nature. Contains an antioxidant to improve stability against thermal and...

Linear diol produced through the polymerization of tetrahydrofuran. Used in adhesives and sealants. Possesses hygroscopic nature. Contains an antioxidant to improve stability against thermal and...

Linear diol produced through the polymerization of tetrahydrofuran. Used in adhesives and sealants. Possesses hygroscopic nature. Contains an antioxidant to improve stability against thermal and...

Polycaprolactone polyester diol. Used in speciality water borne polyurethane dispersions, such as adhesives.

Hexamethylene-1,6-diisocyanate. Used as a crosslinker in adhesives. Offers very good weathering resistance and flexibility.

3-isocyanatomethyl-3,5,5-trimethylcyclohexylisocyanate. Used in adhesives. Offers benefits such as good weathering resistance.

Polyol derived from butadiene terminated with hydroxyl groups. Contains allylic hydrogens allowing grafting by free radicals with vinyl monomers. Possesses low humidity content and do not need to be...

Amorphous linear polyester polyol. Used in combination with isocyanates for the production of hot melt adhesives.

Amorphous linear polyester polyol. Used in combination with isocyanates for the production of hot melt adhesives.

Amorphous linear polyester polyol. Used in combination with isocyanates for the production of industrial adhesives.

Amorphous linear polyester polyol. Used in combination with isocyanates for the production of hot melt adhesives.

Liquid linear polyester polyol. Used in combination with isocyanates for the production of industrial adhesives.

Reactive trifunctional polyether with a high molecular weight, finished with ethylene oxide. Recommended for the manufacture of solid polyurethane elastomers, filled polyurethane elastomers and...

Reactive trifunctional polyether with a high molecular weight, finished with ethylene oxide without BHT. Recommended for the manufacture of solid polyurethane elastomers, filled polyurethane...

Reactive trifunctional polyether with a high molecular weight, finished with ethylene oxide without BHT. Recommended for the manufacture of solid polyurethane elastomers, filled polyurethane...

Reactive trifunctional polyether with a high molecular weight, finished with ethylene oxide, without BHT and acidified. Recommended for the manufacture of solid polyurethane elastomers, filled...

Non-reactive trifunctional polyether without ethylene oxide. Recommended for the manufacture of solid polyurethane elastomers, filled polyurethane elastomers and sealants.

Low monol silyl terminated polyether with difunctional methoxy groups. This silane modified STPP resin provides excellent adhesion to metal as well as glass with the range of epoxy and secondary amino...

Low monol silyl terminated polyether with trifunctional methoxy groups. This silane modified STPP resin has been developed to take the advantage of high molecular weight polyether polyols which can be...

Low monol silyl terminated polyether with trifunctional methoxy groups. This new silane modified STPP resin catalyses with DBTDL or the other available non tin catalyst and the trifunctional methoxy...

Low monol silyl terminated polyether with trifunctional methoxy groups. This new silane modified STPP resin can be catalyzed to cross link with various chemicals that are well known, however extra...

Polyester polyol. Used in polyurethane manufacturing for adhesives. Offers very good uniformity and very low acidity.

Polyester polyol. Used in polyurethane manufacturing for adhesives. Offers very good uniformity and very low acidity.

Polyester polyol. Used in polyurethane manufacturing for adhesives. Offers very good uniformity and very low acidity.

Polyester polyol. Used in polyurethane manufacturing for adhesives. Offers very good uniformity and very low acidity.

Polyester polyol. Used in polyurethane manufacturing for adhesives. Offers very good uniformity and very low acidity.

Polyether polyol. Used in adhesives and sealants. Combined with isocyanates to form urethanes with lightweight, great durability and unique low temperature mechanical properties.
Applications: in...

Polyether polyol. Used in adhesives and sealants. Combined with isocyanates to form urethanes with lightweight, great durability and unique low temperature mechanical properties.
Applications: in...

Polyether polyol. Used in adhesives and sealants. Combined with isocyanates to form urethanes with lightweight, great durability and unique low temperature mechanical properties.
Applications: in...

Polyether polyol. Used in adhesives. Combined with isocyanates to form urethanes with lightweight, great durability and unique low temperature mechanical properties.
Applications: in glue for...

Polyether polyol. Used in adhesives. Combined with isocyanates to form urethanes with lightweight, great durability and unique low temperature mechanical properties.
Applications: in glue for...

Diethylene glycol-phthalic anhydride-based polyester polyol. Used in formulating urethane adhesives and sealants. Possesses low Tg, amorphous (or non crystalline) morphology and good wetting...

Diethylene glycol-phthalic anhydride-based polyester polyol. Used in formulating urethane adhesives and sealants. Possesses low Tg, amorphous (or non crystalline) morphology and good wetting...

Diethylene glycol-phthalic anhydride-based polyester polyol. Used in formulating urethane adhesives and sealants. Possesses low Tg, amorphous (or non crystalline) morphology and good wetting...

1,6- hexanediol-phthalic anhydride-based polyester polyol. Used in formulating urethane adhesives and sealants. Possesses low Tg, amorphous (or non crystalline) morphology and good wetting capacities....

Neopentyl glycol-phthalate anhydride-based polyester polyol. Used in formulating urethane adhesives. Possesses low Tg, amorphous (or non crystalline) morphology and good wetting capacities. Lowers...

2,4-toluene diisocyanate. Acts as a resin used in polyurethane (PU) cast elastomers, polyurethane adhesives and binders. It is a toxic and reactive chemical and is sensitive to moisture. It...

Mixture of the two isomers of TDI: 2,4-toluene diisocyanate (80%) and 2,6-toluene diisocyanate(20%). Acts as resin and is used in polyurethane (PU) cast elastomers, polyurethane adhesives and binders....

Mixture of the two isomers of TDI: 2,4-toluene diisocyanate and 2,6-toluene diisocyanate with high concentration of 2,4-toluene diisocyanate. Acts as a resin used in polyurethane adhesives and...

Low viscous and solvent free branched polyol with ester and ether groups. Offers improved mechanical and chemical resistance.

Low viscous and solvent free branched polyol with ester and ether groups. Offers improved mechanical and chemical resistance.

Pentaerythritol maleic resin. Possesses fast solvent release and good colour retention. Provides very good light resistance.