Modified polyamine. Acts as a curing agent. Has a good flexibility and adhesion strength... view more

Modified polyamine. Acts as a curing agent which can cure rapidly with epoxy resin at room temperature... view more

Modified aliphatic amine. Acts as a hardener. Shows very good curing ability in the condition of underwater and wet surface. Used in adhesive at wet surface... view more

Polyamine base. Acts as a waterborne curing agent. Used in adhesive for old and new concrete... view more

Polyamine base. Acts as a waterborne curing agent. Used in adhesive for old and new concrete... view more

Polyamine base. Acts as a waterborne curing agent. Has low viscosity and solvent free. Used in adhesive for old and new concrete... view more

Modified aromatic amine. Acts as a curing agent. Used in adhesives... view more

Modified aromatic amine. Acts as a curing agent. Used in adhesives... view more

Modified aromatic amine. Acts as a curing agent. Used in adhesives... view more

Modified aromatic amine. Acts as a curing agent. Used in adhesives... view more

Modified aromatic amine. Acts as a curing agent. Used in adhesives... view more

Reactive low viscosity polyamide resin. Acts as a curing agent. Used in adhesives... view more

Reactive medium viscosity polyamide resin. Acts as a curing agent... view more

Reactive polyamide resin. Acts as a curing agent of epoxy resin. Has relatively high amine value and is generally used with liquid epoxy resins... view more

Reactive polyamide resin. Acts as a curing agent. Shows very good adhesion, toughness, water and chemical resistance... view more

Standard high-imidazoline polyamide resin. Acts as a curing agent of epoxy resin. Has relatively high amine value and is generally used with liquid epoxy resins. Used in adhesives, sealants and... view more

Reactive polyamide resin. Acts as a curing agent. Shows very good adhesion, toughness, water and chemical resistance. Used in adhesives... view more

Low viscosity polyamidoamine resin. Designed for reaction with liquid or solid epoxy resins. Used in sealants... view more

Low viscosity polyamidoamine resin. Designed for reaction with liquid or solid epoxy resins. Can be used as all or part for the sealant... view more

Epoxy resin. Provides the high reactivity on resin structure itself. Offers the effects on reducing curing time, keeping suitable pot life and reducing drying time for various applications. Exhibits... view more

Epoxy resin. Provides the high reactivity on resin structure itself. Offers the effects on reducing curing time, keeping suitable pot life and reducing drying time for various applications. Exhibits... view more

Epoxy resin emulsion. Exhibits especially good adhesion to most substrates, good flexibility, good physical properties as well as water and corrosion resistance. Used in old and new concrete... view more

Emulsible epoxy resin. Improves the adhesive property and physical properties of cement by adding 10-20 wt% epoxy resin emulsion. Used for adhesive for wet tile surface and grouting... view more

Dimer acid modified epoxy resin emulsion. Exhibits especially good adhesion to most substrates, good flexibility, good physical properties as well as water and corrosion resistance. Used in old and... view more

Carboxylic terminated butadiene acrylonitrile (CTBN) modified epoxy resin. Shows good toughness, outstanding adhesion strength, and very good T-peeling strength at the elevated temperature as well... view more

NBR modified epoxy resin. Shows good toughness, adhesion strength and very good peel strength at elevated temperature. Used in various industrial adhesive applications as well as in sealants... view more

NBR modified epoxy resin. Shows good toughness, adhesion strength and very good peel strength at elevated temperature. Used in various industrial adhesive applications as well as in sealants... view more

NBR modified epoxy resin. Has good flexibility, adhesion strength, very good peeling strength, toughness for wide range of temperature, good water as well as chemical resistance. Also good... view more

Difunctional polyglycidyl epoxide. Provides very low viscosity, high flexibility and very clear color in combination with standard liquid epoxy resin such as YD-128... view more

Difunctional polyglycidyl epoxide. Provides very low viscosity, high flexibility and very clear color in combination with standard liquid epoxy resin such as YD-128... view more

Urethane prepolymer modified liquid epoxy resin. Has very good adhesion strength, impact strength, flexural strength and water resistance. Used in steel, wood and stone adhesives... view more

Urethane prepolymer modified liquid epoxy resin. Has very good adhesion strength, impact strength, flexural strength and water resistance. Used in steel, wood and stone adhesives... view more

Bisphenol-A type unmodified solid epoxy resin. Has very good mechanical strength, adhesive strength and chemical resistance after curing... view more

Bisphenol-A based liquid epoxy resin. Has very good mechanical strength, adhesive strength and chemical resistance after curing... view more

Low viscosity, bisphenol-A based liquid epoxy resin diluted with CGE. Has very good mechanical properties, chemical resistance and lower odor... view more

Bisphenol-A type liquid epoxy resin diluted with aliphatic glycidyl ether (C12-C14). Has very good mechanical properties, chemical resistance and non-toxic minimum odor... view more

Low viscosity, bisphenol-A type liquid epoxy resin diluted with aliphatic glycidyl ether (C12-C14). Has very good mechanical properties, chemical resistance and non-toxic minimum odor... view more

Bisphenol-A/F type liquid epoxy resin diluted with aliphatic glycidyl ether(C12-C14). Has very good mechanical properties, chemical resistance and non-toxic minimum odor... view more

Low viscosity, bisphenol-A/F type liquid epoxy resin diluted with aliphatic glycidyl ether (C12-C14). Has very good mechanical properties, chemical resistance and non-toxic minimum odor... view more

Bisphenol-A type liquid epoxy resin diluted with BGE. Has good adhesive strength, chemical resistance after curing as well as it has high reactivity and low viscosity. Used in metal, glass, wood and... view more

Bisphenol-A based liquid epoxy resin diluted with BGE. Has good adhesive strength, chemical resistance after curing as well as it has high reactivity and low viscosity. Used in metal, glass, wood... view more

Bisphenol-A type liquid epoxy resin diluted with aliphatic glycidyl ether (C12-C14). Has very good mechanical properties, chemical resistance and non toxic minimum odor. Is generally used in metal... view more

Bisphenol-A type liquid epoxy resin diluted with BGE. Has good adhesive strength, chemical resistance after curing as well as it has high reactivity, low viscosity and non-crystallization... view more

Bisphenol-A type liquid epoxy resin diluted with BGE. Has good adhesive strength, chemical resistance after curing as well as it has high reactivity, low viscosity and non-crystallization properties... view more

Low viscosity, bisphenol-A type liquid epoxy resin diluted with neotohto-E. Has very good mechanical properties, chemical resistance and non toxic minimum odor... view more

Bisphenol-A based liquid epoxy resin. Has very good adhesion, chemical resistance and heat resistance. Used in metal, glass, wood, and stone adhesives... view more

Bisphenol-A based liquid epoxy resin. Has very good adhesion, chemical resistance and heat resistance. Used in metal, glass, wood, and stone adhesives... view more

Bisphenol-A based liquid epoxy resin. Has very good adhesion, chemical resistance and heat resistance. Used in metal, glass, wood, and stone adhesives... view more

Bisphenol-A based liquid epoxy resin. Has very good adhesion, chemical resistance and heat resistance. Used in metal, glass, wood, and stone adhesives... view more

Bisphenol-A based liquid epoxy resin. Has very good adhesion, chemical resistance and heat resistance. Used in metal, glass, wood, and stone adhesives... view more

Bisphenol-A based liquid epoxy resin. Has very good adhesion, chemical resistance and heat resistance. Used in metal, glass, wood, and stone adhesives... view more

Bisphenol-A based liquid epoxy resin. Has very good adhesion, chemical resistance and heat resistance. Used in metal, glass, wood, and stone adhesives... view more

Bisphenol-A based semisolid epoxy resin. Has good adhesion, very good mechanical properties and chemical resistance. Because of its high viscosity, the various solution products with solvent, such... view more

Low viscosity bisphenol-F type liquid epoxy resin diluted with BGE. Has very good mechanical, adhesive, electrical, and chemical resistance properties after being cured with appropriate curing... view more

Bisphenol-F and ECH based epoxy resin. Has low viscosity without diluents or modifiers. Also has mechanical, adhesion, electrical, and chemical resistance properties after being cured with... view more

Bisphenol-F and ECH based epoxy resin. Has low viscosity without diluents or modifiers. Also has mechanical, adhesion, electrical, and chemical resistance properties after being cured with... view more

Bisphenol-F and ECH based epoxy resin. Has low viscosity without diluents or modifiers. Also has mechanical, adhesion, electrical, and chemical resistance properties after being cured with... view more

Phenol novolac epoxy resin. Has good adhesion strength, heat and chemical resistance because of its multi-functional groups in one molecule fully cross-linked. Therefore, it has very good physical... view more

Diluted bisphenol-A type liquid epoxy resin with tri-functional epoxy resin (YH-300). Provides very low viscosity, low temperature curable, non crystalline, non-yellowing and low volatile content... view more

Polyether glycol. Exhibits good compatibility with organic chemicals. It has good solubility in water. Useful for prepolymer production and chain extender in elastomer formulations... view more

Polyether diol. It can be blended with other polyols to improve the property... view more

POLYDO DP-2500E by Kukdo Chemical is a polyether polyol. This grade with 2 or 3 functional groups exhibits high reactivity. It is produced to be able to compound pre-polymer safely and blend resin... view more

Polyether diol based on propylene oxide. Compatible with most polyether polyols and can be blended with other diols or triols. Recommended for polyurethane and other applications, including cast... view more

Polyether glycol. Exhibits good compatibility with organic chemicals. It has good solubility in water... view more

Polyether diol based on propylene oxide. Compatible with most polyether polyols and can be blended with other diols or triols. Recommended for polyurethane and other applications, including cast... view more

Polypropylene glycol. Compatible with most polyether polyols and can be blended with other diols or triols. Recommended for polyurethane and other applications, including cast elastomer... view more

POLYDO DP-700N by Kukdo Chemical is a polyether polyol with 2 or 3 functional groups. Exhibits low viscosity and offers excellent flowability. It is produced to be able to compound pre-polymer... view more

Polyether glycol. Exhibits good compatibility with organic chemicals. It has good solubility in water. Useful for prepolymer production and chain extender in elastomer formulations... view more

POLYDO DP-750E by Kukdo Chemical is a polyether polyol with 2 or 3 functional groups. Exhibits high reactivity and offers excellent flowability. It is produced to be able to compound pre-polymer... view more

It is a nitrogen-containing polyol. POLYDO ED-500 is generally formulated with triol and tetraol to exhibit excellent dimensional stability, compressive strength and less shrinkage. It is used as a... view more

It is a nitrogen-containing polyol. POLYDO ED-750 is generally formulated with triol and tetraol to exhibit excellent dimensional stability, compressive strength and less shrinkage. It is used as a... view more

Glycerine initiated propylene oxide based polyether triol. Compatible with most polyether polyols and can be blended with other diols or triols... view more

Glycerine initiated propylene oxide and ethylene oxide based polyether triol... view more

Propylene oxide and ethylene oxide based glycerine initiated polyether triol. Recommended for polyurethane application... view more

Glycerine initiated propylene oxide based polyether triol. Recommended for polyurethane... view more

Glycerine initiated propylene oxide and ethylene oxide based polyether triol. It is compatible with most polyether polyols and can be blended with other diols or triols. Recommended for polyurethane... view more

Glycerine initiated propylene oxide based polyether triol. It is compatible with most polyether polyols and can be blended with other diols or triols. Recommended for polyurethane applications... view more

Pentaerythritol-initiated polyol. It is of low viscosity and stable hardness. Recommended for polyurethane... view more

Pentaerythritol-initiated polyol. It is of low viscosity and stable hardness. Recommended for polyurethane... view more

Sucrose or glycerine initiated polyol. It exhibits good workability due to low viscosity. It can be used either as polyol reactants in one-shot systems or in the prepolymer preparation process... view more

Sucrose or glycerine initiated polyol. It exhibits good workability due to low viscosity. It can be used either as polyol reactants in one-shot systems or in the prepolymer preparation process... view more

Sucrose or glycerine initiated polyol. It exhibits good workability due to low viscosity. It can be used either as polyol reactants in one-shot systems or in the prepolymer preparation process... view more

Sucrose or glycerine initiated polyether polyol. Offers excellent dimensional stability and mechanical property... view more

Sucrose or ethylene glycol initiated polyol. Exhibits good workability due to low viscosity. It can be used either as polyol reactants in one -shot systems or in the preparation prepolymer process... view more

Sucrose or glycerine initiated polyether polyol. Exhibits good workability due to low viscosity. It can be used either as polyol reactants in one-shot systems or in the preparation prepolymer... view more

POLYDO SC-456 by Kukdo Chemical is a high functional polyether polyol. Exhibits much more excellent heat insulation property than other materials and offers excellent machinery strength... view more

Sucrose or glycerine initiated polyether polyol. Offers excellent dimensional stability and mechanical property... view more

POLYDO SC-510 by Kukdo Chemical is a high functional polyether polyol. It possesses higher heat insulation properties than other materials and offers excellent machinery strength... view more

Sorbitol initiated polyol. Exhibits good workability because of its low viscosity. It can be used either as polyol reactants in one-shot systems or in the preparation prepolymer process... view more

Sorbitol initiated polyol. Exhibits good workability because of its low viscosity. It can be used either as polyol reactants in one-shot systems or in the preparation prepolymer process... view more

Highly reactive aromatic amine(o-TDA)-initiated polyether polyol. Offers low flammability and low conductivity... view more

Highly reactive aromatic amine(o-TDA)-initiated polyether polyol. Offers low flammability and low conductivity... view more

Highly reactive aromatic amine(o-TDA)-initiated polyether polyol. Offers low flammability and low conductivity... view more

POLYDO TP-400 by Kukdo Chemical is a highly functional polyether polyol. It possesses higher heat insulation properties than other materials and offers excellent machinery strength. POLYDO TP-400 by... view more

Glycerine initiated propylene oxide based polyether triol. It is compatible with most polyether polyols and can be blended with other diols or triols... view more

Glycerine initiated propylene oxide based polyether triol. Recommended for polyurethane application... view more

Polyether triol. Recommended for polyurethane and elastomers... view more

Propylene oxide based glycerine initiated polyether triol. Recommended for polyurethane application... view more

Propylene oxide based glycerine initiated polyether triol. Recommended for polyurethane application... view more

Primary hydroxyl terminated polyether triol. Offers good tensile and tear strength by one-shot process... view more