Polyester-based thermoplastic polyurethane elastomer (TPU). Exhibits medium softening point, consistent quality pellets, low gel content and low-temperature flexibility. It is a low melting point... view more

Polyester-based TPU. Exhibits hardness with very good low-temperature flexibility and medium softening point. Used in a wide range of applications such as melt coatings on textile substrates and... view more

Polyester-based TPU. Exhibits hardness with very good low-temperature flexibility and medium softening point. Used in a wide range of applications such as melt coatings on textile substrates. It... view more

Polyether-based TPU. Exhibits adequate hardness, low-temperature flexibility and very good hydrolysis resistance. Recommended for use in melt coatings on textile substrates, for end-uses in... view more

Polyether-based TPU. Exhibits adequate hardness, low-temperature flexibility and very good hydrolysis resistance. Recommended for use in melt coatings on textile substrates, for end-uses in... view more

Polycaprolactone copolyester based thermoplastic polyurethane. Exhibits low melting point and excellent transparency. Offers excellent flexibility, elasticity and easy processing. Soluble in... view more

Polyester-based aromatic TPU. Exhibits hardness and very good low-temperature flexibility. Used in a variety of applications such as melt coatings on textile substrates. It complies with F.D.A... view more

Polyester-based thermoplastic polyurethane. Exhibits hardness with excellent low-temperature flexibility. Used mostly in melt coatings on textile substrates. It complies with F.D.A. regulations... view more

Polyester-based thermoplastic polyurethane. Exhibits hardness with very good low-temperature flexibility. Used in a variety of applications such as melt coatings on textile substrates. It complies... view more

Polyether-based TPU. Exhibits adequate hardness, low-temperature flexibility and very good hydrolysis resistance. It is used in melt coatings on textile substrates, for end-uses in industrial... view more

Polyester-based aromatic TPU. Exhibits hardness with very good low-temperature flexibility. Recommended for use in a variety of applications such as melt coatings on textile substrates. Listed in... view more

Polyester-based aromatic TPU. Exhibits hardness with very good low-temperature flexibility. Recommended for use in a variety of applications such as melt coatings on textile substrates. Listed in... view more

Polyether-copolymer- based TPU. Exhibits hardness with very good low-temperature flexibility and good hydrolysis resistance. Possesses excellent abrasion resistance, excellent touch and feather-like... view more

Polyether-based TPU. Provides adequate hardness. Exhibits low-temperature flexibility and very good hydrolysis resistance. Recommended for use in melt coatings on textile substrates, for end-uses in... view more

Polyether-based TPU. Exhibits hardness with very good low-temperature flexibility and very good hydrolysis resistance. Recommended for use in a wide range of applications such as melt coatings on... view more

Polyether-based TPU. Provides adequate hardness. Exhibits low-temperature flexibility and very good hydrolysis resistance. Recommended for use in melt coatings on textile substrates, for end-uses in... view more

Polyether-based TPU. Provides adequate hardness. Exhibits low-temperature flexibility and very good hydrolysis resistance. Recommended for use in melt coatings on textile substrates, for end-uses in... view more

Polyether-based TPU. Exhibits adequate hardness, low-temperature flexibility and very good hydrolysis resistance. Recommended for use in melt coatings on textile substrates, for end-uses in... view more

Polyether-based aliphatic TPU. Exhibits hardness with good low-temperature flexibility. Provides very good hydrolysis and light resistance. Recommended for use in a wide range of applications such... view more