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

POLYDO DP-4000 by Kukdo Chemical is 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... 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