Desmocoll® 400/2 by Covestro is a predominantly linear hydroxyl polyurethane. Exhibits excellent solubility in many solvents, e.g. chlorinated hydrocarbons. Offers benefits such as high... view more

Desmocoll® 400/3 by Covestro is a predominantly linear hydroxyl polyurethane. Offers characteristics such as good adhesion on PVC substrates and high resistance to the most commonly used PVC... view more

Desmocoll® 406 by Covestro is a predominantly linear hydroxyl polyurethane. It is used in the formulation of adhesives for use on various materials like leather, rubber, textiles, wood, many plastics... view more

Desmocoll® 420 by Covestro is a linear flexible hydroxyl polyurethane with a high crystallization rate and low thermoplasticity. Provides good adhesion on many flexible PVC substrates and bonds with... view more

Linear hydroxyl polyurethane. Shows high crystallization rate, good adhesion and low thermoplasticity. Used in adhesives for leather, textile, wood and many plastics... view more

Krasol® F 3000 by Cray Valley (Total Group) is polyfarnesene diol. It is based on trans-ß-farnesene, a renewable alternative to petroleum-based feedstocks such as butadiene. It provides lower... view more

Linear polybutadiene polymer with hydroxyl end groups. Possesses excellent chemical resistance, good electrical characteristics, good low temperature properties, hydroxyl functionality and narrow... view more

Linear polybutadiene polymer with hydroxyl end groups. Possesses excellent chemical resistance, good electrical characteristics, good low temperature properties, hydroxyl functionality and narrow... view more

Linear polybutadiene polymer with primary hydroxyl groups. Possesses excellent chemical resistance, good electrical characteristics, good low temperature properties, hydroxyl functionality and... view more

Linear polybutadiene polymer with primary hydroxyl groups. Possesses excellent chemical resistance, good electrical characteristics, good low temperature properties, hydroxyl functionality and... view more