ChronoFlex AL is a family of biodurable aliphatic polycarbonate-based thermoplastic urethanes designed to overcome surface degradation such as stress-induced microfissures. With a long history of reliable performance in both long and short term devices, this medical grade polymer has the versatility to be used across a broad range of applicational areas ranging from oncology and neurology to cardiovascular disease management. These ether-free polyurethane elastomers are biostable and display a low modulus of elasticity, excellent solvent resistance and limited softening in-vivo. These products are adaptable to most standard manufacturing processes and are available in hardnesses ranging from 75 Shore A to 75 Shore D. AdvanSource Biomaterials synthesizes and manufactures medical grade materials offering the ability to tailor physical and mechanical characteristics to support and enhance your end product design. These mechanical characteristic's, critical to the design and development of medical devices, can incorporate a wide range of physical and chemical properties while maintaining core characteristics such as biodurability and biocompatibility. In most materials, specialized characteristics such as the addition of colorant agents or antimicrobial properties (where applicable) can be added to the polymer to provide a homogenous material and limit secondary processing steps. In addition, radiopaque agents may also be incorporated into the formula to provide additional product enhancements and may contain up to 40%, by weight, of a radiopaque agent thus allowing varied-scale visibility options. With an expanding range of secondary operations including custom solution development, prototype coating capabilities, and project management services, ASB's expert team of chemists, scientists, engineers and industry professionals assist in every stage of customers' projects, from concept initiation through full-scale manufacture.

ChronoFlex AL is a family of biodurable aliphatic polycarbonate-based thermoplastic urethanes designed to overcome surface degradation such as stress-induced microfissures. With a long history of reliable performance in both long and short term devices, this medical grade polymer has the versatility to be used across a broad range of applicational areas ranging from oncology and neurology to cardiovascular disease management. These ether-free polyurethane elastomers are biostable and display a low modulus of elasticity, excellent solvent resistance and limited softening in-vivo. These products are adaptable to most standard manufacturing processes and are available in hardnesses ranging from 75 Shore A to 75 Shore D. AdvanSource Biomaterials synthesizes and manufactures medical grade materials offering the ability to tailor physical and mechanical characteristics to support and enhance your end product design. These mechanical characteristic's, critical to the design and development of medical devices, can incorporate a wide range of physical and chemical properties while maintaining core characteristics such as biodurability and biocompatibility. In most materials, specialized characteristics such as the addition of colorant agents or antimicrobial properties (where applicable) can be added to the polymer to provide a homogenous material and limit secondary processing steps. In addition, radiopaque agents may also be incorporated into the formula to provide additional product enhancements and may contain up to 40%, by weight, of a radiopaque agent thus allowing varied-scale visibility options. With an expanding range of secondary operations including custom solution development, prototype coating capabilities, and project management services, ASB's expert team of chemists, scientists, engineers and industry professionals assist in every stage of customers' projects, from concept initiation through full-scale manufacture.

The ChronoFlex AR and ChronoFlex AR-LT products are aromatic polycarbonate urethanes designed for molding, casting and dip coating applications. These unique materials are fully synthesized in liquid providing superior strength & elongation while maintaining the inherent polycarbonate advantages of long-term permanent durability and resistance to Environmental Stress Cracking (ESC). Additionally, they may be electrospun or used in water emulsion processes. ChronoFlex AR & AR-LT polymers are ideal in applications requiring exceptional flexural endurance such as artificial heart diaphragms, vascular grafts, or for use in the fabrication of blood contact surfaces, such as coatings. The ChronoFlex AR & AR-LT demonstrates an inherent low-tack property, which allows for pulsatile flow in-situ, an innovative characteristic optimal for devices such as VADs and artificial valves components. This product line is offered in a wide range of viscosity/concentration configurations based upon specific product requirements. AdvanSource Biomaterials synthesizes and manufactures medical grade materials offering the ability to tailor physical and mechanical characteristics to support and enhance your end product design. These mechanical characteristic's, critical to the design and development of medical devices, can incorporate a wide range of physical and chemical properties while maintaining core characteristics such as biodurability and biocompatibility. In most materials, specialized characteristics such as the addition of colorant agents or antimicrobial properties (where applicable) can be added to the polymer to provide a homogenous material and limit secondary processing steps. In addition, radiopaque agents may also be incorporated into the formula to provide additional product enhancements and may contain up to 40%, by weight, of a radiopaque agent thus allowing varied-scale visibility options. With an expanding range of secondary operations including custom solution development, prototype coating capabilities, and project management services, ASB's expert team of chemists, scientists, engineers and industry professionals assist in every stage of customers' projects, from concept initiation through full-scale manufacture.

The ChronoFlex AR and ChronoFlex AR-LT products are aromatic polycarbonate urethanes designed for molding, casting and dip coating applications. These unique materials are fully synthesized in liquid providing superior strength & elongation while maintaining the inherent polycarbonate advantages of long-term permanent durability and resistance to Environmental Stress Cracking (ESC). Additionally, they may be electrospun or used in water emulsion processes. ChronoFlex AR & AR-LT polymers are ideal in applications requiring exceptional flexural endurance such as artificial heart diaphragms, vascular grafts, or for use in the fabrication of blood contact surfaces, such as coatings. The ChronoFlex AR & AR-LT demonstrates an inherent low-tack property, which allows for pulsatile flow in-situ, an innovative characteristic optimal for devices such as VADs and artificial valves components. This product line is offered in a wide range of viscosity/concentration configurations based upon specific product requirements. AdvanSource Biomaterials synthesizes and manufactures medical grade materials offering the ability to tailor physical and mechanical characteristics to support and enhance your end product design. These mechanical characteristic's, critical to the design and development of medical devices, can incorporate a wide range of physical and chemical properties while maintaining core characteristics such as biodurability and biocompatibility. In most materials, specialized characteristics such as the addition of colorant agents or antimicrobial properties (where applicable) can be added to the polymer to provide a homogenous material and limit secondary processing steps. In addition, radiopaque agents may also be incorporated into the formula to provide additional product enhancements and may contain up to 40%, by weight, of a radiopaque agent thus allowing varied-scale visibility options. With an expanding range of secondary operations including custom solution development, prototype coating capabilities, and project management services, ASB's expert team of chemists, scientists, engineers and industry professionals assist in every stage of customers' projects, from concept initiation through full-scale manufacture.

Type: Estane® TS92AP7 NAT 055 is an aromatic polycarbonate-based thermoplastic polyurethane. Application: Extrusion

This data represents typical values that have been calculated from all products classified as: Generic TPU-PC This information is provided for comparative purposes only.

CHARACTERISTICS Superior hemocompatibility, superior biocompatibility, superior chemical resistance. Quadrasil™ ARCS is a family of aromatic polycarbonate polyurethane-polysiloxane copolymers. It offers superior hemocompatibility, biocompatibility and superior chemical resistance for use in long term blood contacting and body implantable applications. It is naturally clear, hemocompatible, and is USP Class VI and ISO-10993 compliant. Quadrasil™ ARCS is used across a wide range of medical applications including chronic indwelling catheters, extracorporeal life support cannulae, coatings, sensors, and other applications where superior hemocompatibility, chemical resistance, and/or fouling resistance is required.

CHARACTERISTICS Superior hemocompatibility, superior biocompatibility, superior chemical resistance. Quadrasil™ ARCS is a family of aromatic polycarbonate polyurethane-polysiloxane copolymers. It offers superior hemocompatibility, biocompatibility and superior chemical resistance for use in long term blood contacting and body implantable applications. It is naturally clear, hemocompatible, and is USP Class VI and ISO-10993 compliant. Quadrasil™ ARCS is used across a wide range of medical applications including chronic indwelling catheters, extracorporeal life support cannulae, coatings, sensors, and other applications where superior hemocompatibility, chemical resistance, and/or fouling resistance is required.

CHARACTERISTICS Superior hemocompatibility, superior biocompatibility, superior chemical resistance. Quadrasil™ ARCS is a family of aromatic polycarbonate polyurethane-polysiloxane copolymers. It offers superior hemocompatibility, biocompatibility and superior chemical resistance for use in long term blood contacting and body implantable applications. It is naturally clear, hemocompatible, and is USP Class VI and ISO-10993 compliant. Quadrasil™ ARCS is used across a wide range of medical applications including chronic indwelling catheters, extracorporeal life support cannulae, coatings, sensors, and other applications where superior hemocompatibility, chemical resistance, and/or fouling resistance is required.

CHARACTERISTICS Superior hemocompatibility, superior biocompatibility, superior chemical resistance. Quadrasil™ ARCS is a family of aromatic polycarbonate polyurethane-polysiloxane copolymers. It offers superior hemocompatibility, biocompatibility and superior chemical resistance for use in long term blood contacting and body implantable applications. It is naturally clear, hemocompatible, and is USP Class VI and ISO-10993 compliant. Quadrasil™ ARCS is used across a wide range of medical applications including chronic indwelling catheters, extracorporeal life support cannulae, coatings, sensors, and other applications where superior hemocompatibility, chemical resistance, and/or fouling resistance is required.

CHARACTERISTICS Superior hemocompatibility, superior biocompatibility, superior chemical resistance. Quadrasil™ ARCS is a family of aromatic polycarbonate polyurethane-polysiloxane copolymers. It offers superior hemocompatibility, biocompatibility and superior chemical resistance for use in long term blood contacting and body implantable applications. It is naturally clear, hemocompatible, and is USP Class VI and ISO-10993 compliant. Quadrasil™ ARCS is used across a wide range of medical applications including chronic indwelling catheters, extracorporeal life support cannulae, coatings, sensors, and other applications where superior hemocompatibility, chemical resistance, and/or fouling resistance is required.

CHARACTERISTICS Superior hemocompatibility, superior biocompatibility, superior chemical resistance. Quadrasil™ ARCS is a family of aromatic polycarbonate polyurethane-polysiloxane copolymers. It offers superior hemocompatibility, biocompatibility and superior chemical resistance for use in long term blood contacting and body implantable applications. It is naturally clear, hemocompatible, and is USP Class VI and ISO-10993 compliant. Quadrasil™ ARCS is used across a wide range of medical applications including chronic indwelling catheters, extracorporeal life support cannulae, coatings, sensors, and other applications where superior hemocompatibility, chemical resistance, and/or fouling resistance is required.

CHARACTERISTICS Superior hemocompatibility, superior biocompatibility, superior chemical resistance. Quadrasil™ ARCS is a family of aromatic polycarbonate polyurethane-polysiloxane copolymers. It offers superior hemocompatibility, biocompatibility and superior chemical resistance for use in long term blood contacting and body implantable applications. It is naturally clear, hemocompatible, and is USP Class VI and ISO-10993 compliant. Quadrasil™ ARCS is used across a wide range of medical applications including chronic indwelling catheters, extracorporeal life support cannulae, coatings, sensors, and other applications where superior hemocompatibility, chemical resistance, and/or fouling resistance is required.

CHARACTERISTICS Superior hemocompatibility, superior biocompatibility, superior chemical resistance. Quadrasil™ ARCS is a family of aromatic polycarbonate polyurethane-polysiloxane copolymers. It offers superior hemocompatibility, biocompatibility and superior chemical resistance for use in long term blood contacting and body implantable applications. It is naturally clear, hemocompatible, and is USP Class VI and ISO-10993 compliant. Quadrasil™ ARCS is used across a wide range of medical applications including chronic indwelling catheters, extracorporeal life support cannulae, coatings, sensors, and other applications where superior hemocompatibility, chemical resistance, and/or fouling resistance is required.

CHARACTERISTICS Superior hemocompatibility, superior biocompatibility, superior chemical resistance. Quadrasil™ ARCS is a family of aromatic polycarbonate polyurethane-polysiloxane copolymers. It offers superior hemocompatibility, biocompatibility and superior chemical resistance for use in long term blood contacting and body implantable applications. It is naturally clear, hemocompatible, and is USP Class VI and ISO-10993 compliant. Quadrasil™ ARCS is used across a wide range of medical applications including chronic indwelling catheters, extracorporeal life support cannulae, coatings, sensors, and other applications where superior hemocompatibility, chemical resistance, and/or fouling resistance is required.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadrathane™ ALC is a family of aliphatic polycarbonate-based thermoplastic polyurethane. It offers superior biocompatibility, chemical resistance, and oxidative stability for use in long term body contact applications. It is naturally clear, non-yellowing, hemocompatable, and softens in the body. It is USP Class VI and ISO-10993 compliant. Quadrathane™ ALC is used across a wide range of medical applications including chronic indwelling catheters, dialysis catheters, drainage catheters, pacemaker leads, coatings, and interventional devices.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadrathane™ ALC is a family of aliphatic polycarbonate-based thermoplastic polyurethane. It offers superior biocompatibility, chemical resistance, and oxidative stability for use in long term body contact applications. It is naturally clear, non-yellowing, hemocompatable, and softens in the body. It is USP Class VI and ISO-10993 compliant. Quadrathane™ ALC is used across a wide range of medical applications including chronic indwelling catheters, dialysis catheters, drainage catheters, pacemaker leads, coatings, and interventional devices.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadrathane™ ALC is a family of aliphatic polycarbonate-based thermoplastic polyurethane. It offers superior biocompatibility, chemical resistance, and oxidative stability for use in long term body contact applications. It is naturally clear, non-yellowing, hemocompatable, and softens in the body. It is USP Class VI and ISO-10993 compliant. Quadrathane™ ALC is used across a wide range of medical applications including chronic indwelling catheters, dialysis catheters, drainage catheters, pacemaker leads, coatings, and interventional devices.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadrathane™ ALC is a family of aliphatic polycarbonate-based thermoplastic polyurethane. It offers superior biocompatibility, chemical resistance, and oxidative stability for use in long term body contact applications. It is naturally clear, non-yellowing, hemocompatable, and softens in the body. It is USP Class VI and ISO-10993 compliant. Quadrathane™ ALC is used across a wide range of medical applications including chronic indwelling catheters, dialysis catheters, drainage catheters, pacemaker leads, coatings, and interventional devices.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadrathane™ ALC is a family of aliphatic polycarbonate-based thermoplastic polyurethane. It offers superior biocompatibility, chemical resistance, and oxidative stability for use in long term body contact applications. It is naturally clear, non-yellowing, hemocompatable, and softens in the body. It is USP Class VI and ISO-10993 compliant. Quadrathane™ ALC is used across a wide range of medical applications including chronic indwelling catheters, dialysis catheters, drainage catheters, pacemaker leads, coatings, and interventional devices.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadrathane™ ALC is a family of aliphatic polycarbonate-based thermoplastic polyurethane. It offers superior biocompatibility, chemical resistance, and oxidative stability for use in long term body contact applications. It is naturally clear, non-yellowing, hemocompatable, and softens in the body. It is USP Class VI and ISO-10993 compliant. Quadrathane™ ALC is used across a wide range of medical applications including chronic indwelling catheters, dialysis catheters, drainage catheters, pacemaker leads, coatings, and interventional devices.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadrathane™ ALC is a family of aliphatic polycarbonate-based thermoplastic polyurethane. It offers superior biocompatibility, chemical resistance, and oxidative stability for use in long term body contact applications. It is naturally clear, non-yellowing, hemocompatable, and softens in the body. It is USP Class VI and ISO-10993 compliant. Quadrathane™ ALC is used across a wide range of medical applications including chronic indwelling catheters, dialysis catheters, drainage catheters, pacemaker leads, coatings, and interventional devices.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadrathane™ ALC is a family of aliphatic polycarbonate-based thermoplastic polyurethane. It offers superior biocompatibility, chemical resistance, and oxidative stability for use in long term body contact applications. It is naturally clear, non-yellowing, hemocompatable, and softens in the body. It is USP Class VI and ISO-10993 compliant. Quadrathane™ ALC is used across a wide range of medical applications including chronic indwelling catheters, dialysis catheters, drainage catheters, pacemaker leads, coatings, and interventional devices.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadrathane™ ALC is a family of aliphatic polycarbonate-based thermoplastic polyurethane. It offers superior biocompatibility, chemical resistance, and oxidative stability for use in long term body contact applications. It is naturally clear, non-yellowing, hemocompatable, and softens in the body. It is USP Class VI and ISO-10993 compliant. Quadrathane™ ALC is used across a wide range of medical applications including chronic indwelling catheters, dialysis catheters, drainage catheters, pacemaker leads, coatings, and interventional devices.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadrathane™ ALC is a family of aliphatic polycarbonate-based thermoplastic polyurethane. It offers superior biocompatibility, chemical resistance, and oxidative stability for use in long term body contact applications. It is naturally clear, non-yellowing, hemocompatable, and softens in the body. It is USP Class VI and ISO-10993 compliant. Quadrathane™ ALC is used across a wide range of medical applications including chronic indwelling catheters, dialysis catheters, drainage catheters, pacemaker leads, coatings, and interventional devices.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadrathane™ ALC is a family of aliphatic polycarbonate-based thermoplastic polyurethane. It offers superior biocompatibility, chemical resistance, and oxidative stability for use in long term body contact applications. It is naturally clear, non-yellowing, hemocompatable, and softens in the body. It is USP Class VI and ISO-10993 compliant. Quadrathane™ ALC is used across a wide range of medical applications including chronic indwelling catheters, dialysis catheters, drainage catheters, pacemaker leads, coatings, and interventional devices.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadrathane™ ALC is a family of aliphatic polycarbonate-based thermoplastic polyurethane. It offers superior biocompatibility, chemical resistance, and oxidative stability for use in long term body contact applications. It is naturally clear, non-yellowing, hemocompatable, and softens in the body. It is USP Class VI and ISO-10993 compliant. Quadrathane™ ALC is used across a wide range of medical applications including chronic indwelling catheters, dialysis catheters, drainage catheters, pacemaker leads, coatings, and interventional devices.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadrathane™ ALC is a family of aliphatic polycarbonate-based thermoplastic polyurethane. It offers superior biocompatibility, chemical resistance, and oxidative stability for use in long term body contact applications. It is naturally clear, non-yellowing, hemocompatable, and softens in the body. It is USP Class VI and ISO-10993 compliant. Quadrathane™ ALC is used across a wide range of medical applications including chronic indwelling catheters, dialysis catheters, drainage catheters, pacemaker leads, coatings, and interventional devices.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadrathane™ ALC is a family of aliphatic polycarbonate-based thermoplastic polyurethane. It offers superior biocompatibility, chemical resistance, and oxidative stability for use in long term body contact applications. It is naturally clear, non-yellowing, hemocompatable, and softens in the body. It is USP Class VI and ISO-10993 compliant. Quadrathane™ ALC is used across a wide range of medical applications including chronic indwelling catheters, dialysis catheters, drainage catheters, pacemaker leads, coatings, and interventional devices.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadrathane™ ALC is a family of aliphatic polycarbonate-based thermoplastic polyurethane. It offers superior biocompatibility, chemical resistance, and oxidative stability for use in long term body contact applications. It is naturally clear, non-yellowing, hemocompatable, and softens in the body. It is USP Class VI and ISO-10993 compliant. Quadrathane™ ALC is used across a wide range of medical applications including chronic indwelling catheters, dialysis catheters, drainage catheters, pacemaker leads, coatings, and interventional devices.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadrathane™ ALC is a family of aliphatic polycarbonate-based thermoplastic polyurethane. It offers superior biocompatibility, chemical resistance, and oxidative stability for use in long term body contact applications. It is naturally clear, non-yellowing, hemocompatable, and softens in the body. It is USP Class VI and ISO-10993 compliant. Quadrathane™ ALC is used across a wide range of medical applications including chronic indwelling catheters, dialysis catheters, drainage catheters, pacemaker leads, coatings, and interventional devices.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadrathane™ ALC is a family of aliphatic polycarbonate-based thermoplastic polyurethane. It offers superior biocompatibility, chemical resistance, and oxidative stability for use in long term body contact applications. It is naturally clear, non-yellowing, hemocompatable, and softens in the body. It is USP Class VI and ISO-10993 compliant. Quadrathane™ ALC is used across a wide range of medical applications including chronic indwelling catheters, dialysis catheters, drainage catheters, pacemaker leads, coatings, and interventional devices.

CHARACTERISTICS: Superior biocompatibility, chemical resistance, oxidative stability, non-yellowing, hemocompatable, body softening. Quadrathane™ ALC is a family of aliphatic polycarbonate-based thermoplastic polyurethane. It offers superior biocompatibility, chemical resistance, and oxidative stability for use in long term body contact applications. It is naturally clear, non-yellowing, hemocompatable, and softens in the body. It is USP Class VI and ISO-10993 compliant. Quadrathane™ ALC is used across a wide range of medical applications including chronic indwelling catheters, dialysis catheters, drainage catheters, pacemaker leads, coatings, and interventional devices.