Microcrystalline and transparent polyamides for for medical application TROGAMID® Care MX is the material of choice for all applications dealing with pharmaceutical formulations, lipids or aggressive disinfectants, since it exhibits an exceptional resistance towards chemicals and stress-cracking. Examples include fluid and drug delivery equipment such as stop-cocks, dialyzer parts, housings, covers or hearing aids. Target areas of application for TROGAMID® Care MX compounds include fluid and drug delivery systems, surgical instruments, housings, monitoring and imaging devices and durable medical equipment. All advantages at a glance - High transparency - High chemical resistance - Very good stress crack resistance - UV resistance - High dynamic load-bearing capacity - High impact resistance - Easy processability & colorability - Free of BPA - Gamma and EtO sterilizable Biocompatibility of TROGAMID® Care TROGAMID® Care grades were tested on biocompatibility for applications within the body of up to 30 days contact time and comply with USP <88> class VI and ISO 10993 standards.

Microcrystalline and transparent polyamides for for medical application TROGAMID® Care MX is the material of choice for all applications dealing with pharmaceutical formulations, lipids or aggressive disinfectants, since it exhibits an exceptional resistance towards chemicals and stress-cracking. Examples include fluid and drug delivery equipment such as stop-cocks, dialyzer parts, housings, covers or hearing aids. Target areas of application for TROGAMID® Care MX compounds include fluid and drug delivery systems, surgical instruments, housings, monitoring and imaging devices and durable medical equipment. All advantages at a glance - High transparency - High chemical resistance - Very good stress crack resistance - UV resistance - High dynamic load-bearing capacity - High impact resistance - Easy processability & colorability - Free of BPA - Gamma and EtO sterilizable Biocompatibility of TROGAMID® Care TROGAMID® Care grades were testedon biocompatibility for applications within the body of up to 30 days contact time and comply with USP <88> class VI and ISO 10993 standards.

TROGAMID® CW1420 is an impact modified, transparent polyamide for the manufacture of parts according the injection molding procedure. TROGAMID® CW1420 is supplied as spherical pellets in moisture-proof polyethylene packaging.

TROGAMID® CW9710 BL E50156 LA is a microcrystalline, permanently transparent polyamide for the production of optical molded parts using the injection molding process and offers laser-markable and -writeable properties. The crystallites are so small that they do not scatter visible light. The product thus appears transparent to the human eye. The microcrystalline structure gives this polymer excellent resistance to stress cracking. Pigmentation may affect values.

TROGAMID® CX9710 is a medium-viscosity and transparent polyamide for injection molding for the manufacture of parts in the optical industry. The material absorbs only small amounts of water. Components made from this material therefore show excellent dimensional stability under changing ambient humidity as well as consistent UV-stability and chemical resistance. TROGAMID® CX9710 is supplied as spherical pellets in moisture-proof packaging. Pigmentation may affect values.

TROGAMID® CX7323 is a microcrystalline transparent polyamide for the manufacture of parts according the injection molding procedure. The crystallites are so small, that they do not scatter visible light, and the material appears transparent to the human eye. The crystalline structure causes the excellent crack resistance for this polymer. Pigmentation may affect values.

TROGAMID® CX9704 is an amorphous and transparent polyamide for the manufacture of parts in the optical industry, like lenses according the injection molding procedure. Pigmentation may affect values.

TROGAMID® eCO myCX40 I is a microcrystalline transparent polyamide for the manufacture of parts in the optical industry, like lenses, by injection molding. eCO stands for Evoniks aim to eliminate CO2 through use of renewable or circular feedstocks via mass balance approach.

TROGAMID® myCX eCO is a microcrystalline transparent polyamide for the manufacture of parts in the optical industry, like lenses according the injection molding procedure. TROGAMID® myCX eCO is set up with production technology using maximal saving potential for CO2 emission up to 50%. TROGAMID® myCX eCO is supplied as spherical pellets in moisture-proof packaging. Pigmentation may affect values.

TROGAMID® myCX high flow is a microcrystalline transparent polyamide for the manufacture of parts in the optical industry, like lenses according the injection molding procedure. TROGAMID® myCX high flow is supplied as spherical pellets in moisture-proof packaging. Pigmentation may affect values.

TROGAMID® myCX is a microcrystalline transparent polyamide for the manufacture of parts in the optical industry, like lenses according the injection molding procedure. The crystallites are so small, that they do not scatter visible light, and the material appears transparent to the human eye. The crystalline structure causes the excellent crack resistance for this polymer. TROGAMID® myCX is supplied as spherical pellets in polyethylene- packaging. Deviations of molds or in processing are possible to a certain extent, if they are required by the cavity or the process itself. Pigmentation may affect values.

TROGAMID® UV eCO is an additive master batch based on a transparent polyamide containing an UV absorber. The master batch can be mixed with granules of TROGAMID® CX7323, myCX high flow, CX9701 or CX9710 to achieve a high UV absorption for wave lengths shorter than 400nm (UV cut-off 400). This property is mandatory for the production of high-quality sunglass lenses.

VESTAMELT® 840 is copolyamide hotmelt adhesive with a high resistance to steam. VESTAMELT® 840 has a wide fusing range and is a multi-purpose grade for different interlinings. Fields of application: - paste dot - upper dot - double dot VESTAMELT® 840 is supplied as granules in foil-laminated bags and powder in multilayer PE-laminated paper bags. VESTAMELT® 840 is a non-hazardous substance and is not subjected to any particular safety regulations.

VESTAMID® Care ML16 is resistant to body fluids and toxicologically safe. Typical application areas for filled VESTAMID Care ML grades include catheters, housing parts, monitoring and imaging devices and durable medical equipment. Advantages at a glance - High impact resistance - Easy processability & colorability - Low sliding friction - High toughness - High abrasion resistance - Density 1.0 g/cc - High dimensional stability - High chemical resistance - Gamma and EtO sterilizable Biocompatibility of VESTAMID® Care ML VESTAMID® Care ML grades were tested on boicompatibility for applications within the body of up to 30 days contact time and comply with USP class VI and ISO 10993 standards.

VESTAMID® Care ML17 is resistant to body fluids and toxicologically safe. Typical application areas for filled VESTAMID Care ML grades include catheters, housing parts, monitoring and imaging devices and durable medical equipment. Advantages at a glance - High impact resistance - Easy processability & colorability - Low sliding friction - High toughness - High abrasion resistance - Density 1.0 g/cc - High dimensional stability - High chemical resistance - Gamma and EtO sterilizable Biocompatibility of VESTAMID® Care ML VESTAMID® Care ML grades were tested on biocompatibility for applications within the body of up to 30 days contact time and comply with USP <88> class VI and ISO 10993 standards.

VESTAMID® Care ML18 is resistant to body fluids and toxicologically safe. Typical application areas for filled VESTAMID Care ML grades include catheters, housing parts, monitoring and imaging devices and durable medical equipment. Advantages at a glance - High impact resistance - Easy processability & colorability - Low sliding friction - High toughness - High abrasion resistance - Density 1.0 g/cc - High dimensional stability - High chemical resistance - Gamma and EtO sterilizable Biocompatibility of VESTAMID® Care ML VESTAMID® Care ML grades were tested on biocompatibility for applications within the body of up to 30 days contact time and comply with USP <88> class VI and ISO 10993 standards.

VESTAMID® Care ML19 is resistant to body fluids and toxicologically safe. Typical application areas for filled VESTAMID Care ML grades include catheters, housing parts, monitoring and imaging devices and durable medical equipment. Advantages at a glance - High impact resistance - Easy processability & colorability - Low sliding friction - High toughness - High abrasion resistance - Density 1.0 g/cc - High dimensional stability - High chemical resistance - Gamma and EtO sterilizable Biocompatibility of VESTAMID® Care ML VESTAMID® Care ML grades were tested on biocompatibilty for applications within the body of up to 30 days contact time and comply with USP <88> class VI and ISO 10993 standards.

VESTAMID® Care ML21 is resistant to body fluids and toxicologically safe. Typical application areas for filled VESTAMID Care ML grades include catheters, housing parts, monitoring and imaging devices and durable medical equipment. Advantages at a glance - High impact resistance - Easy processability & colorability - Low sliding friction - High toughness - High abrasion resistance - Density 1.0 g/cc - High dimensional stability - High chemical resistance - Gamma and EtO sterilizable Biocompatibility of VESTAMID® Care ML VESTAMID® Care ML grades were tested on biocompatibility for applications within the body of up to 30 days contact time and comply with USP <88> class VI and ISO 10993 standards.

VESTAMID® Care ML24 is resistant to body fluids and toxicologically safe. Typical application areas for filled VESTAMID Care ML grades include catheters, housing parts, monitoring and imaging devices and durable medical equipment. Advantages at a glance - High impact resistance - Easy processability & colorability - Low sliding friction - High toughness - High abrasion resistance - Density 1.0 g/cc - High dimensional stability - High chemical resistance - Gamma and EtO sterilizable Biocompatibility of VESTAMID® Care ML VESTAMID® Care ML grades were tested on biocompatibility for applications within the body of up to 30 days contact time and comply with USP <88> class vi and ISO 10993 standards.

VESTAMID® Care ML67 is resistant to body fluids and toxicologically safe. Typically application areas for filled VESTAMID® Care ML grades include catheters, housing parts, monitoring and imaging devices and durable medical equipment. Advantages at a glance - High impact resistance - Easy processability & colorability - Low sliding friction - High toughness - High abrasion resistance - Density 1.0 g/cc - High dimensional stability - High chemical resistance - Gamma and EtO sterilizable Biocompatibility of VESTAMID® Care ML VESTAMID® Care ML grades were tested on biocompatibility for applications within the body of up to 30 days contact time and comply with USP <88> class VI and ISO 10993 standards.

VESTAMID® Care ML94 is resistant to body fluids and toxicologically safe. Typical application areas for filled VESTAMID® Care ML grades include catheters, housing parts, monitoring and imaging devices and durable medical equipment. Advantages at a glance - High impact resistance - Easy processability & colorability - Low sliding friction - High toughness - High abrasion resistance - Density 1.0 g/cc - High dimensional stability - High chemical resistance - Gamma and EtO sterilizable Biocompatibility of VESTAMID® Care ML VESTAMID® Care ML grades were tested on biocompatibility for applications within the body of up to 30 days contact time and comply with USP <88> class VI and ISO 10993 standards.

Microglass bead-filled (30%) PA12 resin for the injection moulding of rigid, low-warpage and dimensionally accurate mouldings VESTAMID® Care ML grades were tested on biocompatibility for applications within the body of up to 30 days contact time and comply with USP <88> class VI and ISO 10993 standards.

VESTAMID® CW1407 BK is a low-filled, carbon fiber-reinforced and heat-stabilized compound based on PA12. It is generally used for components manufactured in the injection molding process and is especially suitable for Sports and Lyfestyle applications, such as shoe soles that require a very good fatigue performance. The PA12 compound absorbs only small amounts of water. Therefore, components made from this material have an excellent dimensional accuracy with changing ambient humidity. Due to the low melting point of VESTAMID® CW1407 BK, the material provides a wide processing window for the injection molding process. The compound is suitable for applications requiring a high ratio of flow length and wall thickness. The use of colorants can change property values.

VESTAMID® CW1442 BK is highly filled, carbon fiber-reinforced, heat- and UV-stabilized compoud based on PA12. It is generally used for components manufactured in the injection molding process and is especially suitable for applications where high impact strength and stiffness as well as low coefficient of friction are required. In addition, it has a good bonding strength with TPU. The PA12 compound absorbs only small amounts of water. Therefore, components made from this material have an excellent dimensional accuracy with changing ambient humidity. Due to the low melting point of VESTAMID® CW1442 BK, the material provides a wide processing window for the injection molding process. The compound is suitable for applications requiring a high ratio of flow length and wall thickness. The use of colorants can change property values.

VESTAMID CW1688 Bio30 is a glass fiber reinforces, heat- and light-stabilized semi-crystalline compound based on PA12. The material was developed for the use in injection molding and is especially suitable for sport and lifestyle applications. VESTAMID CW16688 Bio30 only absorbs small amounts of water. Therefore, components made of this material have excellent dimensional accuracy under changing ambient humidity. The use of colorants can change property values.

VESTAMID® D16 stabilized is a medium-viscosity Polyamide 612 compound for extrusion and injection moulding of e.g. monofilaments (toothbrush bristles). The material based on PA612 absorbs only small amounts of water. Components made of this material therefore show excellent dimensional stability under changing ambient humidity. Pigmentation may affect values.

VESTAMID® D16 is a medium-viscosity Polyamide 612 compound for extrusion and injection moulding of e.g. monofilaments (toothbrush bristles). The material based on PA612 absorbs only small amounts of water. Components made of this material therefore show excellent dimensional stability under changing ambient humidity. Pigmentation may affect values.

VESTAMID® D18 is a medium-viscosity Polyamide 612 compound for extrusion and injection moulding of e.g. monofilaments (toothbrush bristles). The material based on PA612 absorbs only small amounts of water. Components made of this material therefore show excellent dimensional stability under changing ambient humidity. Pigmentation may affect values.

VESTAMID® D22 is a high-viscosity Polyamide 612 compound for extrusion and injection moulding of e.g. films, monofilaments (abrasive bristles). The material based on PA612 absorbs only small amounts of water. Components made of this material therefore show excellent dimensional stability under changing ambient humidity. Pigmentation may affect values.

VESTAMID® DX9180 BK is a conductive, low extractable impact-modified resin based on polyamid 612 that is used as innermost laying in antistatic, low extractable multilayer tubes like EVONIK MLT 4840.1. VESTAMID® DX9180 BK offers outstanding properties concerning a low content of extractables particularly in contact with alcohol containing fuels, high impact resistance and improved long-term stability. Multilayer tubing manufactured with conductive VESTAMID® DX9180 BK as the innermost layer outperform the requirements of the American automotive producers to avoid electrostatic discharge (ESD) problems generated by fuel flow. VESTAMID® DX9180 BK absorbs only littler water resulting in good dimensional stability and almost unchanged properties at varying ambient humidity. Pigmentation may affect values.

VESTAMID® DX9300 is a low-viscosity and heat-stabilized Polyamide 612 compound for injection moulding of e.g. retainers for quick connectors. The material based on PA612 absorbs only small amounts of water. Components made of this material therefore show excellent dimensional stability under changing ambient humidity. VESTAMID® DX9300 meets the requirements of the ISO 1874-PA612, MHR, 12-020. Pigmentation may affect values.

VESTAMID® DX9302 BK E70178 has been developed for the production of flexible, impact resistant extruded parts, especially tubes. Its composition makes VESTAMID® DX9302 BK E70178 suitable for the extrusion of tubes for windshield washer systems that have only small amounts of extractables substances in water/alcohol mixtures. Further advantages of VESTAMID® DX9302 BK E70178 are the typical properties of PA 612 like little water adsorption, good dimensional stability and almost constant mechanical properties at changing ambient humidity. Pigmentation may affect values.

VESTAMID® DX9303 BK E70288 is a PA 612 extrusion compound developed for the production of tubing systems with higher requirements for heat resistance. The melting point of VESTAMID® DX9303 BK E70288 is about 35°C higher than PA 11 and PA 12 compounds, allows higher peak temperatures in use. Thereby this compound fulfills the increased demands resulting from higher temperatures in the engine compartment. If it is intended to use VESTAMID® DX9303 BK E70288 for fuel lines, certain preconditions must be observed. The Technical Marketing assists you in finding the suitable VESTAMID® compound. At temperatures above 100°C tubing of VESTAMID® DX9303 BK E70288 allow a higher pressure load than tubing made of PA 12 compounds with comparable flexibility. The material absorbs only little moisture. Therefore dimensions and properties of parts are nearly unaffected through ambient conditions. Pigmentation may affect values.

VESTAMID® DX9304 BK E70238 is a PA 612 extrusion compound developed for the manufacturing of tubing systems with higher demands on heat resistance. The melting point of VESTAMID® DX9304 BK E70238, about 35 °C higher than PA 11 and PA 12 compounds, allows higher temperatures in use. The compound is especially suitable for the extrusion of tubing systems that are exposed to high burst pressures at high service temperatures, e.g. hydraulic clutch lines. The material absorbs only little moisture. Therefore dimensions and properties of parts are nearly unaffected through ambient conditions. Pigmentation may affect values.

VESTAMID® DX9310 BK E70399 is a PA 612 extrusion compound developed for the production of tubing systems, for example multilayer tubes used as air brake lines. Besides optimized processing behavior and improved cold impact resistance VESTAMID® DX9310 BK E70399 offers, owing to a special modification, similar mechanical properties as VESTAMID® X7393 (PA 12 based compound typically used for monolayer air brake tubing). Due to these properties it is suited as middle layer in the multilayer tube 250.1, together with VESTAMID® X7393 as inner and outer layer. Pigmentation may affect values.

VESTAMID® DX9321 BK E70164 is a heat-stabilized, glass fiber-reinforced and impact-modified PA 612 compound. The material contains about 20% glass fibers, an ageing protective agent and processing aid for a fast and even form filling. VESTAMID® DX9321 BK E70164 is especially suitable for the production of plastic and rubber composites. Parts of VESTAMID® DX9321 BK E70164 can be directly bonded to rubber,e.g., XNBR, HNBR, AEM or FPM, without using any adhesives or adhesion promoters ("direct-bonding to rubber"). Because of its semi-crystalline morphology VESTAMID® DX9321 BK E70164 provides an excellent chemical resistance. e.g., against greases, oils, fuels and hydraulic fluids. Pigmentation may affect values

VESTAMID® DX9323 BK E70228 is a heat-stabilized, glass fiber-reinforced and impact-modified PA 612 compound. The material contains about 35% glass fiber, an ageing protective agent and processing aid for a fast and even form filling. VESTAMID® DX9323 BK E70228 is especially suitable for the production of plastic and rubber composites. Parts of VESTAMID® DX9323 BK E70228 can be directly bonded to rubber, e. g., XNBR, HNBR, AEM or FPM, without using any adhesives or adhesion promoters ("direct-bonding to rubber"). Because of its semi-crystalline morphology VESTAMID® DX9323 BK E70228 provides an excellent chemical resistance, e. g., against greases, oils, fuels and hydraulic fluids. Pigmentation may affect values.

VESTAMID® DX9325 BK E70352 is a glass fiber-reinforced, PA 612 molding compound. The material contains about 40% glass fiber, an ageing protective agent and processing aid for a fast and even form filling. VESTAMID® DX9325 BK E70352 is especially suitable for the production of plastic and rubber composites. Parts of VESTAMID® DX9325 BK E70352 can be co-vulcanized with EPDM-rubbers without using any adhesives or adhesion promoters ("direct-bonding to rubber"). Because of its semi-crystalline morphology VESTAMID® DX9325 BK E70352 provides an excellent chemical resistance, e. g., against greases, oils, fuels and hydraulic fluids. Pigmentation may affect values.

VESTAMID® DX9330 NC is a PA 612 base polymer without any stabilizers and other additives. VESTAMID® DX9330 NC is suitable for both extrusion as well as injection molding. Usually VESTAMID® DX9330 NC is only used in special cases when additives are not preferable, or processing aids are not necessary, e.g. filament extrusion. Based on the perfect balance of amino and carboxyl end groups this material is easy to process and to dye. The typical characteristics of PA 612 are moderate water absorption, good dimensional stability and almost unchanged properties at varying ambient humidity. Pigmentation may affect values.

VESTAMID® DX9380 NC is an impact modified resin based on polyamide 612 that is exclusively used as innermost layer in Evonik low extractable Multilayer Tubes like MLT 4800. VESTAMID® DX9380 NC offers outstanding properties concerning low extractables in fuel contact and a good impact resistance at low temperatures. Pigmentatino may affect values.