Type: Pearlbond™ 360 is polyether based thermoplastic polyurethane, supplied in form of translucent pellets. Featuring low melting point and excellent transparency. This product offers excellent flexibility and elasticity, hydrolysis and chemical resistance, high breathability and easy processing. Very low hardness with low activation temperature to avoid damage the substrates. High resistance to microbial attack. Uses: Hot melt adhesive, powder, film

Type: Pearlbond™ 960 is an aliphatic plasticizer- free polyether-based thermoplastic polyurethane. It combines excellent mechanical properties with excellent low temperature flexibility. APPLICATIONS Pearlbond™ 960 is suitable for use in extrusion and powder applications where the following features are of high value to the customer: - Medium activation temperature - High bonding strength to polar substrates - High resistance to UV Pearlbond™ 960 can be converted into film, webs or nets to be used in thermobonding and interlining applications. Pearlbond™ 960 can be also combined with more rigid resins or reactive systems to increase flexibility and elastomeric behaviour.

PEARLCOAT® 161K is a polyether-based TPU, supplied in form of translucent, colourless pellets, offering adequate hardness, excellent low-temperature flexibility and very good hydrolysis resistance. PEARLCOAT® 161K is used in melt coatings on textile substrates, for end-uses in industrial coatings (for life-jackets, etc.) obtained by extrusion and calendering.

PEARLCOAT® 162K is a polyether-based TPU, supplied in form of translucent, colourless pellets, combining hardness with excellent low-temperature flexibility and very good hydrolysis resistance. PEARLCOAT® 162K is used in melt coatings on textile substrates, for end-uses in industrial coatings (for life-jackets, etc.) obtained by extrusion and calendering. PEARLCOAT® 162K is used for obtaining extruded films and fabric coatings.

Pearlcoat® 163K is an aromatic polyether-based thermoplastic polyurethane. Main Application : Meltcoating Special Features : Combining hardness with excellent low temperature flexibility and very good hydrolysis resistance.

Type: Pearlstick™ 5714 F1 is an aromatic polyether-based thermoplastic polyurethane. Main Application : Solution coating

PEARLTHANE® 15N95UV is a UV-resistant polyether copolymer based TPU, supplied in form of translucent, colourless pellets, combining hardness with excellent mechanical properties and excellent hydrolysis resistance. It can be extruded and injection-moulded.

PEARLTHANE® CLEAR 15N70 is a polyether copolymer-based TPU with Shore 72 A hardness, free of plasticizer, supplied in form of translucent, colorless pellets with very low yellowness index. PEARLTHANE® CLEAR 15N70 combines low hardness and high elasticity with excellent mechanical properties and excellent hydrolysis resistance. It can be extruded and injection-molded. Pearlthane® CLEAR 15N70 when extruded is used for making films, tubing, profiles and a variety of technical parts. When processed by injection moulding, it can be used for making soft shoe soles and engineering technical parts. To improve the microbiological protection of PEARLTHANE® CLEAR 15N70, it is necessary to add a biocide, preferably in form of TPU-based masterbatch.

PEARLTHANE® CLEAR 15N80 is a polyether copolymer-based TPU, supplied in form of translucent, colorless, combining low hardness with excellent mechanical properties and excellent hydrolysis resistance. It can be extruded and injection-molded. PEARLTHANE® CLEAR 15N80 is used for making films, cables, tubing, profiles and different technical parts. To improve the microbiological protection of PEARLTHANE® CLEAR 15N80, it is necessary to add a biocide, preferably in form of TPU-based masterbatch.

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.