CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadraflex™ ALE is a family of aliphatic polyether-based medical grade thermoplastic urethanes. Quadraflex ALE exhibits excellent mechanical properties, elasticity, biocompatibility, and softening at body temperature. Quadraflex ALE is non-yellowing and is used across a range of medical markets including venous access, urology, cardiology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadraflex™ ALE is a family of aliphatic polyether-based medical grade thermoplastic urethanes. Quadraflex ALE exhibits excellent mechanical properties, elasticity, biocompatibility, and softening at body temperature. Quadraflex ALE is non-yellowing and is used across a range of medical markets including venous access, urology, cardiology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadraflex™ ALE is a family of aliphatic polyether-based medical grade thermoplastic urethanes. Quadraflex ALE exhibits excellent mechanical properties, elasticity, biocompatibility, and softening at body temperature. Quadraflex ALE is non-yellowing and is used across a range of medical markets including venous access, urology, cardiology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadraflex™ ALE is a family of aliphatic polyether-based medical grade thermoplastic urethanes. Quadraflex ALE exhibits excellent mechanical properties, elasticity, biocompatibility, and softening at body temperature. Quadraflex ALE is non-yellowing and is used across a range of medical markets including venous access, urology, cardiology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadraflex™ ALE is a family of aliphatic polyether-based medical grade thermoplastic urethanes. Quadraflex ALE exhibits excellent mechanical properties, elasticity, biocompatibility, and softening at body temperature. Quadraflex ALE is non-yellowing and is used across a range of medical markets including venous access, urology, cardiology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Excellent mechanical properties, good chemical resistance, elasticity, biocompatibility, toughness, hemocompatable. Quadraflex™ ARE is a family of aromatic polyether-based medical grade thermoplastic urethanes. Quadraflex ARE exhibits excellent mechanical properties, biocompatibility, and toughness. Quadraflex ARE is the most common medical grade urethane family and is used across a range of medical markets including venous access, urology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Excellent mechanical properties, good chemical resistance, elasticity, biocompatibility, toughness, hemocompatable. Quadraflex™ ARE is a family of aromatic polyether-based medical grade thermoplastic urethanes. Quadraflex ARE exhibits excellent mechanical properties, biocompatibility, and toughness. Quadraflex ARE is the most common medical grade urethane family and is used across a range of medical markets including venous access, urology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Excellent mechanical properties, good chemical resistance, elasticity, biocompatibility, toughness, hemocompatable. Quadraflex™ ARE is a family of aromatic polyether-based medical grade thermoplastic urethanes. Quadraflex ARE exhibits excellent mechanical properties, biocompatibility, and toughness. Quadraflex ARE is the most common medical grade urethane family and is used across a range of medical markets including venous access, urology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Excellent mechanical properties, good chemical resistance, elasticity, biocompatibility, toughness, hemocompatable. Quadraflex™ ARE is a family of aromatic polyether-based medical grade thermoplastic urethanes. Quadraflex ARE exhibits excellent mechanical properties, biocompatibility, and toughness. Quadraflex ARE is the most common medical grade urethane family and is used across a range of medical markets including venous access, urology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Excellent mechanical properties, good chemical resistance, elasticity, biocompatibility, toughness, hemocompatable. Quadraflex™ ARE is a family of aromatic polyether-based medical grade thermoplastic urethanes. Quadraflex ARE exhibits excellent mechanical properties, biocompatibility, and toughness. Quadraflex ARE is the most common medical grade urethane family and is used across a range of medical markets including venous access, urology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Excellent mechanical properties, good chemical resistance, elasticity, biocompatibility, toughness, hemocompatable. Quadraflex™ ARE is a family of aromatic polyether-based medical grade thermoplastic urethanes. Quadraflex ARE exhibits excellent mechanical properties, biocompatibility, and toughness. Quadraflex ARE is the most common medical grade urethane family and is used across a range of medical markets including venous access, urology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Excellent mechanical properties, good chemical resistance, elasticity, biocompatibility, toughness, hemocompatable. Quadraflex™ ARE is a family of aromatic polyether-based medical grade thermoplastic urethanes. Quadraflex ARE exhibits excellent mechanical properties, biocompatibility, and toughness. Quadraflex ARE is the most common medical grade urethane family and is used across a range of medical markets including venous access, urology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Excellent mechanical properties, good chemical resistance, elasticity, biocompatibility, toughness, hemocompatable. Quadraflex™ ARE is a family of aromatic polyether-based medical grade thermoplastic urethanes. Quadraflex ARE exhibits excellent mechanical properties, biocompatibility, and toughness. Quadraflex ARE is the most common medical grade urethane family and is used across a range of medical markets including venous access, urology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Excellent mechanical properties, good chemical resistance, elasticity, biocompatibility, toughness, hemocompatable. Quadraflex™ ARE is a family of aromatic polyether-based medical grade thermoplastic urethanes. Quadraflex ARE exhibits excellent mechanical properties, biocompatibility, and toughness. Quadraflex ARE is the most common medical grade urethane family and is used across a range of medical markets including venous access, urology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Excellent mechanical properties, good chemical resistance, elasticity, biocompatibility, toughness, hemocompatable. Quadraflex™ ARE is a family of aromatic polyether-based medical grade thermoplastic urethanes. Quadraflex ARE exhibits excellent mechanical properties, biocompatibility, and toughness. Quadraflex ARE is the most common medical grade urethane family and is used across a range of medical markets including venous access, urology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Excellent mechanical properties, good chemical resistance, elasticity, biocompatibility, toughness, hemocompatable. Quadraflex™ ARE is a family of aromatic polyether-based medical grade thermoplastic urethanes. Quadraflex ARE exhibits excellent mechanical properties, biocompatibility, and toughness. Quadraflex ARE is the most common medical grade urethane family and is used across a range of medical markets including venous access, urology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Excellent mechanical properties, good chemical resistance, elasticity, biocompatibility, toughness, hemocompatable. Quadraflex™ ARE is a family of aromatic polyether-based medical grade thermoplastic urethanes. Quadraflex ARE exhibits excellent mechanical properties, biocompatibility, and toughness. Quadraflex ARE is the most common medical grade urethane family and is used across a range of medical markets including venous access, urology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Excellent mechanical properties, good chemical resistance, elasticity, biocompatibility, toughness, hemocompatable. Quadraflex™ ARE is a family of aromatic polyether-based medical grade thermoplastic urethanes. Quadraflex ARE exhibits excellent mechanical properties, biocompatibility, and toughness. Quadraflex ARE is the most common medical grade urethane family and is used across a range of medical markets including venous access, urology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Excellent mechanical properties, good chemical resistance, elasticity, biocompatibility, toughness, hemocompatable. Quadraflex™ ARE is a family of aromatic polyether-based medical grade thermoplastic urethanes. Quadraflex ARE exhibits excellent mechanical properties, biocompatibility, and toughness. Quadraflex ARE is the most common medical grade urethane family and is used across a range of medical markets including venous access, urology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Excellent mechanical properties, good chemical resistance, elasticity, biocompatibility, toughness, hemocompatable. Quadraflex™ ARE is a family of aromatic polyether-based medical grade thermoplastic urethanes. Quadraflex ARE exhibits excellent mechanical properties, biocompatibility, and toughness. Quadraflex ARE is the most common medical grade urethane family and is used across a range of medical markets including venous access, urology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Excellent mechanical properties, good chemical resistance, elasticity, biocompatibility, toughness, hemocompatable. Quadraflex™ ARE is a family of aromatic polyether-based medical grade thermoplastic urethanes. Quadraflex ARE exhibits excellent mechanical properties, biocompatibility, and toughness. Quadraflex ARE is the most common medical grade urethane family and is used across a range of medical markets including venous access, urology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Excellent mechanical properties, good chemical resistance, elasticity, biocompatibility, toughness, hemocompatable. Quadraflex™ ARE is a family of aromatic polyether-based medical grade thermoplastic urethanes. Quadraflex ARE exhibits excellent mechanical properties, biocompatibility, and toughness. Quadraflex ARE is the most common medical grade urethane family and is used across a range of medical markets including venous access, urology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

CHARACTERISTICS: Excellent mechanical properties, good chemical resistance, elasticity, biocompatibility, toughness, hemocompatable. Quadraflex™ ARE is a family of aromatic polyether-based medical grade thermoplastic urethanes. Quadraflex ARE exhibits excellent mechanical properties, biocompatibility, and toughness. Quadraflex ARE is the most common medical grade urethane family and is used across a range of medical markets including venous access, urology, hemodialysis, respiratory, fluid management, balloons, and minimally invasive surgical devices. It is USP Class VI and ISO-10993 compliant.

Description: Experimental halogen free flame retardant polyether based thermoplastic polyurethane having outstanding UV and hydrolysis resistance, excellent mechanical properties, low temperature flexibility, and high resistance to micro-organisms designed for cable jacketing applications Application: Wire and Cable

Description: Experimental halogen free flame retardant polyether based thermoplastic polyurethane having outstanding UV and hydrolysis resistance, excellent mechanical properties, low temperature flexibility, and high resistance to micro-organisms designed for cable jacketing applications. Application: Wire and Cable

Description: Halogen free flame retardant polyether based thermoplastic polyurethane having outstanding UV and hydrolysis resistance, excellent mechanical properties, low temperature flexibility, and high resistance to micro-organisms designed for cable jacketing applications. Application: Wire and Cable

Description: Halogen free flame retardant polyether based thermoplastic polyurethane having outstanding UV and hydrolysis resistance, excellent mechanical properties, low temperature flexibility, and high resistance to micro-organisms designed for cable jacketing applications. Application: Wire & Cable, EV Charging Cables

Description: Halogen free flame retardant polyether based thermoplastic polyurethane having outstanding UV and hydrolysis resistance, excellent mechanical properties, low temperature flexibility, and high resistance to micro-organisms designed for cable jacketing applications. Application: Wire & Cable

Description: Ravasafe ZH TPU 90A C301M is a halogen-free flame retardant polyether based thermoplastic polyurethane compound with outstanding hydrolysis resistance, low temperature flexibility and high resistance to micro-organisms designed for general purpose insulation & sheathing application Ravasafe ZH TPU 90A C301M combines excellent flame retardancy, good processing and good mechanical properties.

Description: Halogen free flame retardant polyether based thermoplastic polyurethane having outstanding UV and hydrolysis resistance, excellent mechanical properties, low temperature flexibility, and high resistance to micro-organisms designed for cable jacketing applications. Application: Wire and Cable

Description: Product is based on standard grade polyether and has strong resilience and tear resistance, excellent abrasion resistance, excellent resistance to hydrolysis failure and microbial attack, good stability towards solvents and light. Application: Injection molding and extrusion

Description: Product is based on standard grade polyether and has strong resilience and tear resistance, excellent abrasion resistance, excellent resistance to hydrolysis failure and microbial attack, good stability towards solvents and light. Application: Injection molding and extrusion

Description: Product is based on standard grade polyether and has strong resilience and tear resistance, excellent abrasion resistance, excellent resistance to hydrolysis failure and microbial attack, good stability towards solvents and light. Application: Injection molding and extrusion

Description: Product is based on standard grade polyether and has strong resilience and tear resistance, excellent abrasion resistance, excellent resistance to hydrolysis failure and microbial attack, good stability towards solvents and light. Application: Injection molding and extrusion

Description: Product is based on standard grade polyether and has strong resilience and tear resistance, excellent abrasion resistance, excellent resistance to hydrolysis failure and microbial attack, good stability towards solvents and light. Application: Injection molding and extrusion

Ultra TPU 85A Ether - Polyether based TPU Shore 85A for injection molding or extrusion applications

Ultra TPU 90A Ether - Polyether based TPU Shore 90A hardness for injection molding or extrusion applications

Ultra TPU 95A Ether - Polyether based TPU Shore 95A hardness for injection molding or extrusion applications