Pearlbond™ 101 by Lubrizol is a linear polycaprolactone-based thermoplastic polyurethane (TPU) grade. Exhibits very high crystallization rate with a very high thermoplasticity level. It can be... view more

Pearlbond™ 103 by Lubrizol is a linear, polycaprolactone-based thermoplastic polyurethane (TPU) grade. Exhibits very high thermoplasticity level and very high crystallization rate. It can be... view more

Pearlbond™ 104 by Lubrizol is a linear, aromatic thermoplastic polyurethane (TPU) grade. Exhibits very high crystallization rate with a very high thermoplasticity level. Pearlbond™ 104 is... view more

Pearlbond™ 106 is a linear, aromatic thermoplastic polyurethane (TPU) grade by Lubrizol. Exhibits high crystallization rate and high thermoplasticity level. Pearlbond™ 106 is recommended for hot... view more

Pearlbond™ 120 by Lubrizol is a linear, polycaprolactone-based thermoplastic polyurethane (TPU) grade. Exhibits low melting range, very high crystallization rate with a very high thermoplasticity... view more

Pearlbond™ 121 by Lubrizol is a linear, polycaprolactone-based thermoplastic polyurethane (TPU) grade. Supplied in form of small white granules. Exhibits high crystallization rate with a very high... view more

Pearlbond™ 122 by Lubrizol is a linear, polycaprolactone-based thermoplastic polyurethane (TPU) grade. Exhibits very high crystallization rate with a very high thermoplasticity level. It can be... view more

Pearlbond™ 123 by Lubrizol is a linear, polycaprolactone-based thermoplastic polyurethane (TPU) grade. Exhibits high crystallization rate with a very high thermoplasticity level. It can be processed... view more

Pearlbond™ 180 by Lubrizol is a linear, polyester-based thermoplastic polyurethane (TPU) grade. Exhibits high crystallization rate with a very high thermoplasticity level. It can be processed using... view more

Pearlbond™ 500 by Lubrizol is a linear, polycaprolactone-copolyester polyurethane grade. Exhibits high crystallization rate and a very high thermoplasticity level. Possible applications of... view more

Pearlbond™ 501 by Lubrizol is a linear, polycaprolactone-copolyester polyurethane grade. Exhibits high crystallization rate and a very high thermoplasticity level. Possible applications of... view more

Pearlbond™ 502 by Lubrizol is a linear, polycaprolactone-copolyester polyurethane grade. Exhibits high crystallization rate and a very high thermoplasticity level. Possible applications of... view more

Pearlbond™ 503 by Lubrizol is a linear, polycaprolactone-copolyester polyurethane grade. Supplied in the form of white spherical granules. Exhibits high crystallization rate and a very high... view more

Pearlbond™ 508 by Lubrizol is a linear, polycaprolactone-copolyester polyurethane grade. Exhibits high crystallization rate and a medium thermoplasticity level. Possible applications of Pearlbond™... view more

Pearlbond™ 520 by Lubrizol is a linear, polycaprolactone-copolyester polyurethane grade. Exhibits very high crystallization rate and a very high thermoplasticity level. Possible applications of... view more

Pearlbond™ 521 by Lubrizol is a linear, polycaprolactone-copolyester polyurethane grade. Exhibits high crystallization rate and a very high thermoplasticity level. Possible applications of... view more

Pearlbond™ 522 by Lubrizol is a linear, polycaprolactone-copolyester polyurethane grade. Exhibits high crystallization rate and a very high thermoplasticity level. Possible applications of... view more

Pearlbond™ 523 by Lubrizol is a linear, polycaprolactone-copolyester polyurethane grade. Exhibits very high crystallization rate and a very high thermoplasticity level. Possible applications of... view more

Pearlbond™ 539 by Lubrizol is a linear, polycaprolactone-copolyester polyurethane grade. Exhibits very high crystallization rate and a very high thermoplasticity level. Possible applications of... view more

Pearlbond™ 550 by Lubrizol is a linear, polycaprolactone-copolyester polyurethane grade. Exhibits very high crystallization rate and a very high thermoplasticity level. Possible applications of... view more