Type : Pearlthane® CLEAR 15N85 is a polyether copolymer-based thermoplastic polyurethane. Main Application : Injection Moulding Special Features : Outstanding colour, a very low yellowness index as well as unique transparancy.

Permanently Anti-static

PRE-ELEC® TPU 16619 is a conductive thermoplastic elastomer compound based on a polyether thermoplastic polyurethane (TPU). Conductivity is achieved by using special conductive carbon black. In addition to a low electrical resistivity, it has retained the excellent mechanical properties of the base elastomer. The grade is sutiable for extrusion and injection moulding applications.

PRE-ELEC® TPU 18025 is a conductive thermoplastic compound based on a polyether TPU. The very high conductivity is achieved by using special conductive carbon black. The material is designed for cast film production, but can also be injection moulded.

Q-Flex® TE80A is a polyether based TPU for extrusion applications. Typical Applications Q-Flex® TE80A is an FDA compliant TPU used in wires and cables, conveyor belts etc.

Q-Flex®TE85A is an experimental polyether based thermoplastic polyurethane for extrusion applications. Typical Applications Q-Flex® TE85A used in wires and cables, conveyor belts etc.

Q-Flex® TE90A is a polyether based TPU for extrusion applications. Typical Applications Q-Flex® TE90A is an FDA compliant TPU used in wires and cables, conveyor belts etc.

Q-Flex® TI52D UV product is a Polyether Thermoplastic Urethane with excellent resistance to hydrolysis, anti-microbial, good abrasion, tear resistance, UV stability. Typical Applications Q-Flex® TI52D UV is used in: Injection and Extrusion

Q-Flex® TI60D UV is a Polyether Thermoplastic Urethane with excellent resistance to hydrolysis, anti-microbial, abrasion, tear resistance, and has UV stability. Typical Applications Q-Flex® TI60D UV is used in: Injection Molding

Q-Flex® TI75D is a polyurethane based on polyether with good rebound and and tear resistance, excellent abrasion resistance, resistance to hydrolysis failure, microbial attack, good UV and light. Typical Applications Q-Flex® TI75D is used in: Injection molding and extrusion. Over molding adhesion to ABS, PC+ABS, Acrylic, PC, SAN

Q-Flex® TI85A UV product is a Polyether Thermoplastic Urethane with excellent resistance to hydrolysis, anti-microbial, good abrasion, tear resistance, UV stability. Typical Applications Q-Flex® TI85A UV is an FDA compliant TPU used in: Injection and Extrusion Over molding adhesion to ABS, PC+ABS, Acrylic, PC, SAN.

Q-Flex® TI90A UV product is a Polyether Thermoplastic Urethane with excellent resistance to hydrolysis, anti-microbial, good abrasion, tear resistance, UV stability. Typical Applications Q-Flex® TI90A UV is used in: Injection molding and extrusion. Over molding adhesion to ABS, PC+ABS, Acrylic, PC, SAN

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: 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: 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: 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: 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.