Lubrizol LifeScience Polymers is a leading provider of specialty thermoplastic polyurethanes (TPU) and pharmaceutical and multifunctional ingredients for the healthcare industry.
Carbopol® Polymers: High molecular weight polyacrylic acid polymers crosslinked with allyl sucrose or allyl pentaerythritol.
Carbothane™ TPU: Aliphatic polycarbonate TPU available in a variety of durometer, color and radiopacifier formulations. Carbothane is easy to process, offers excellent oxidative stability and provides long-term stability.
Isoplast® ETPU: Aromatic TPU available in impact-modified, clear, pre-colored and glass-filled grades. Isoplast is designed for rigid polymer requirements.
Noveon® AA-1 Polycarbophil: High molecularweight acrylic acid polymers crosslinked with divinyl glycol.
Pathway™ TPU Excipients: Designed to be a customizable, reliable choice for drug delivery, making it a smart choice for both new drug development and life cycle management.
Pellethane® TPU: Aromatic TPUs available in polyether and polyester forms. Available in natural color and a wide range of durometers.
Pemulen™ Polymeric Emulsifiers: High molecular weight copolymers of acrylic acid and C10-C30 alkyl acrylate crosslinked with allyl pentaerythritol.
Tecoflex™ TPU: Aliphatic polyether TPU available in a variety of durometer, color and radiopacifier formulations. Tecoflex polymers are easy to process and resist yellowing by aging.
Tecophilic™ TPU: Aliphatic polyether TPU formulated to absorb from 20% to 1,000% by weight of the dry resin, while maintaining much of its properties. Solution or extrusion grades available.
Tecoplast™ TPU: Tecoplast™ thermoplastic polyurethanes (TPUs) provide aromatic properties that are formulated to produce durable injection molded components exhibiting elevated hardness' and optimum heat deflection temperatures.
Tecothane™ TPU: Aromatic polyether and polyester TPU available in a variety of durometer, color and radiopacifier formulations. Tecothane resins offer improved solvent resistance and strength.
Tecobax™ TPU: A patented, novel non-softening, low tack, highly resilient material that offers excellent torque transference properties.