ALKOX®

ALKOX® CP-A1H by Meisei Chemical Works is a water-soluble random copolymer of ethylene oxide, propylene oxide and allyl glycidylether. It exhibits high viscosity, low molecular weight, low moisture... view more

ALKOX® CP-A2H by Meisei Chemical Works is a water soluble random copolymer of ethylene oxide, propylene oxide and allyl glycidylether. Exhibits high viscosity, low molecular weight, low moisture absorbency, strong... view more

ALKOX® E-100 is a high viscosity, water soluble ethylene oxide homopolymer grade by Meisei Chemical Works. Exhibits rigidity, high molecular weight, good thermal stability, high performance, low... view more

ALKOX® E-160 is a high viscosity, water soluble ethylene oxide homopolymer grade by Meisei Chemical Works. Exhibits rigidity, high molecular weight, good thermal stability, high performance, low... view more

ALKOX® E-240 by Meisei Chemical Works is a high viscosity, water soluble ethylene oxide homopolymer grade. Exhibits rigidity, high molecular weight, good thermal stability, high performance, low stringiness and... view more

ALKOX® E-30 is a medium viscosity ethylene oxide homopolymer grade by Meisei Chemical Works. Exhibits medium rigidity, medium molecular weight, good thermal stability and high melt viscosity. Offers... view more

ALKOX® E-300 by Meisei Chemical Works is a high viscosity, water soluble ethylene oxide homopolymer grade. It exhibits rigidity, high molecular weight, good thermal stability, high performance, low... view more

ALKOX® E-45 is a medium viscosity, water soluble ethylene oxide homopolymer grade by Meisei Chemical Works. Exhibits rigidity, medium molecular weight, good thermal stability, high performance and... view more

ALKOX® E-60 by Meisei Chemical Works is a medium viscosity, water soluble ethylene oxide homopolymer grade. It exhibits rigidity, medium molecular weight, good thermal stability, high performance and high melt... view more

ALKOX® E-75 by Meisei Chemical Works is a high viscosity, water soluble ethylene oxide homopolymer grade by Meisei Chemical Works. Exhibits rigidity, high molecular weight, good thermal stability, high... view more

ALKOX® EP-10 is a high molecular weight, water soluble random copolymer of ethylene oxide and propylene oxide by Meisei Chemical Works. Shows more compatibility with other resins & organic solvents... view more

ALKOX® EP-20 by Meisei Chemical Works is a high molecular weight, water soluble random copolymer of ethylene oxide and propylene oxide. Shows more compatibility with other resins & organic solvents and improves... view more

ALKOX® EP1010N by Meisei Chemical Works is a low molecular weight, water soluble random copolymer of ethylene oxide and propylene oxide by Meisei Chemical Works. Shows more compatibility with other resins & organic... view more

ALKOX® L-11 by Meisei Chemical Works is a special, low molecular weight and water soluble ethylene oxide homopolymer grade. It exhibits narrow molecular weight distribution, low viscosity, low... view more

ALKOX® L-6 by Meisei Chemical Works is a special, low molecular weight and water soluble ethylene oxide homopolymer grade. Exhibits narrow molecular weight distribution, low viscosity, low moisture absorbency... view more

ALKOX® L-8 is a special, low molecular weight and water soluble ethylene oxide homopolymer grade by Meisei Chemical Works. Exhibits narrow molecular weight distribution, low viscosity, low moisture... view more

ALKOX® R-1000 is a low viscosity, water soluble ethylene oxide homopolymer grade by Meisei Chemical Works. Exhibits rigidity, low molecular weight, good thermal stability, high performance, high... view more

ALKOX® R-150 is a low viscosity, water soluble ethylene oxide homopolymer grade by Meisei Chemical Works. Exhibits rigidity, low molecular weight, good thermal stability, high performance, high... view more

ALKOX® R-400 is a low viscosity, water soluble ethylene oxide homopolymer grade by Meisei Chemical Works. Exhibits rigidity, low molecular weight, good thermal stability, high performance, high... view more