TRAMID® provides good heat resistance, impact resistance, mechanical hardness, and chemical resistance. TRAMID® is widely used in textiles, automotive industries, ranks, kitchen utensils, and sports apparel, for its low specific gravity, high rigidity, and excellent processability.

TRAMID® provides good heat resistance, impact resistance, mechanical hardness, and chemical resistance. TRAMID® is widely used in textiles, automotive industries, ranks, kitchen utensils, and sports apparel, for its low specific gravity, high rigidity, and excellent processability.

TRAMID® provides good heat resistance, impact resistance, mechanical hardness, and chemical resistance. TRAMID® is widely used in textiles, automotive industries, ranks, kitchen utensils, and sports apparel, for its low specific gravity, high rigidity, and excellent processability.

TRAMID® provides good heat resistance, impact resistance, mechanical hardness, and chemical resistance. TRAMID® is widely used in textiles, automotive industries, ranks, kitchen utensils, and sports apparel, for its low specific gravity, high rigidity, and excellent processability.

TRAMID® provides good heat resistance, impact resistance, mechanical hardness, and chemical resistance. TRAMID® is widely used in textiles, automotive industries, ranks, kitchen utensils, and sports apparel, for its low specific gravity, high rigidity, and excellent processability.

TRAMID® provides good heat resistance, impact resistance, mechanical hardness, and chemical resistance. TRAMID® is widely used in textiles, automotive industries, ranks, kitchen utensils, and sports apparel, for its low specific gravity, high rigidity, and excellent processability.

TRAMID® provides good heat resistance, impact resistance, mechanical hardness, and chemical resistance. TRAMID® is widely used in textiles, automotive industries, ranks, kitchen utensils, and sports apparel, for its low specific gravity, high rigidity, and excellent processability.

TRILFT® are long fiber reinforced composites that manufactured in the form of pellets by incorporating continuous glass, carbon, aramide, natural and stainless steel fibers into thermoplastic materials. TRILFT® are a high-functional lightweight materials and are used for various purposes such as automobiles, electric & electronics.

TRILFT® are long fiber reinforced composites that manufactured in the form of pellets by incorporating continuous glass, carbon, aramide, natural and stainless steel fibers into thermoplastic materials. TRILFT® are a high-functional lightweight materials and are used for various purposes such as automobiles, electric & electronics.

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® 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. TROGAMID® CX7323 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® CX9704 is an amorphous and transparent polyamide for the manufacture of parts in the optical industry, like lenses according the injection molding procedure. TROGAMID® CX9704 is supplied as spherical pellets in moisture-proof packaging. 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.

New transparent, amorphous polyamide with enhanced thermal properties TROGAMID® HT can be used in applications as per exacting standards concerning visual quality and high thermal stress - even in contact with media. Its unique properties include: - High resistance to heat - Exceptional impact strength - High resistance to chemicals - High UV resistance - Low absorption of water - Very low density Pigmentation may affect values.

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.

BASF Polyamide (PA) based filament with Carbon Fibers (CF) for Fused Filament Fabrication. Ultrafuse PA CF10 is a carbon fiber-infused polyamide filament specially formulated for additive manufacturing. It provides exceptional strength, durability, thermal stability, and stiffness that is customary of carbon fiber materials. Ultrafuse PA CF10 is readily printable with a wide processing window, providing a highly accessible engineering-grade solution for open platform and even open-air printers. It is important to note, that the mechanical properties of PA may change with water uptake as this material is moisture sensitive. The best prints with Ultrafuse PA CF10 are realized utilizing a glass bed and a bed adhesion solution, such as a PA-solvent liquid compound.

BASF Polyamide (PA) based filament for Fused Filament Fabrication. The key features of Ultrafuse PA are the high strength and high modulus. Furthermore, Ultrafuse PA shows a good thermal distortion stability.

High temperature Polyamide based filament filled with 15% carbon fibers for Fused Filament Fabrication. PAHT CF15 is a high-performance 3D printing filament that opens new application fields in FFF printing. In parallel to its advanced mechanical properties, dimensional stability, and chemical resistance, it has very good processability. It works in any FFF printer with a hardened nozzle. In addition to that, it is compatible with water-soluble support material and HiPS, which allow printing complex geometries that work in challenging environments. PAHT CF15 has high heat resistance up to 130 °C and low moisture absorption.

Ultramid D3WG12 HMG BK00102 is a 60% glass reinforced, injection molding polyamide offering high strength and stiffness. Due to inherently lower moisture absorption, Ultramid D3WG12 HMG BK00102 shows improved retention of mechanical properties after moisture conditioning. In addition, molded parts possess an exceptional surface finish. Applications Ultramid D3WG12 HMG BK00102 was designed for applications requiring very high rigidity and should be considered for components that are constructed with metal.

Glass reinforced (13%) High Temperature Polyamide - Blow Molding grade with excellent chemical resistance, improved flow and high HDT.

Glass reinforced (30%) - High Temperature Polyamide Alloy, excellent chemical and electrical resistance, high stiffness, modulus and HDT.

PA10T resin, 30% glass fiber reinforced, flame retarded halogen free for injection moulding

Technology: Selective Laser Sintering Windform® FX is a new generation polyamide based material, whose repeatability and mechanical characteristics make it particularly suited for Additive Manufacturing applications. White coloured, Windform® FX is characterized by: exceptional resistance and resilience to repeated bending and torsion applications; excellent impact resistance; consistency and behaviour similar to polypropylene and ABS injection moulded parts. Windform® FX is perfect for building accurate, reliable and long lasting prototypes; no further treatments are needed. The powder also benefits from extended recycling and lower refresh rates. Applications: Flexible components, functional parts with living hinges or clip fittings. In addition, ducts of a complex shape, with thin walls, particularly suited for aerospace and motorsport, dashboards and grids, fenders, fans and connectors. Surface Finish: After SLS Process 6 Ra µm After finishing 2 Ra µm

Technology: Selective Laser Sintering Windform® GF 2.0 is the evolutionary substitute for Windform GF, our first generation material. Windform® GF 2.0 is a composite material made of polyamide filled with glass and aluminium, which presents an improvement in both the thermal and mechanical properties, and the aesthetics of the product. In terms of performance, Windform® GF 2.0 shows a significant improvement in the HDT (almost +8%), that is, the heat deflection temperature as well as an increase in the values of tensile strength and elongation strength, therefore offering greater ductility than the previous version, appreciable in various racing applications and functions subject to greater vibrations. Excellent mechanical properties per unit of density, thanks to its lighter weight. Windform® GF 2.0, furthermore, shows less moisture absorption than the other Windform products. On an aesthetic level, Windform® GF 2.0 maintains and enhances the light grey colour and glossy metallic appearance, appreciated in many design and wind tunnel applications, offering an even brighter look. Moreover, of great importance, is the improvement in detail reproduction, which makes Windform® GF 2.0 particularly suitable for applications which require accurate and superior surface definition and excellent reproduction of even the finest details. Excellent value for money. Applications: Objects of design and functional aesthetic reproduction, intake manifolds (intake and cooling ducts, air inlet systems), hydraulic ducts (fluid temperature further elevated up to 134°C), fuel systems and household appliances. Surface Finish: After SLS Process 6.0 Ra µm After finishing 1.8 Ra µm

Technology: Selective Laser Sintering Windform® GT is a composite material based on polyamide fiber glass, deep and dark black colour. After hand finishing, the colour becomes shining and brighter. The Windform® GT is an absolute new product in the family of polyamide materials for the additive manufacturing not only aesthetically, but also in terms of performance, because it differs from the other Windform® powders thanks to its higher flexibility. Windform® GT combines optimal characteristics of elasticity and ductility and resistance, thus it can be considered a highly valuable material in various racing and functional applications affected to vibration and shocks. In fact, the material has meaningful values of impact strength and elongation at break, which combined with relevant values of tensile strength and flexural strength make it ideal for applications where resistance to "damage" is a prerequisite, in order to preserve the component, for example in case of impact and/or improper use. A further element of distinction from other materials Windform® is its characteristic of being a waterproof material, resistant to moisture and therefore to the absorption of liquids.Windform® GT is also a very light material with excellent mechanical properties per unit density. Applications: Automotive applications where a certain flexibility in the car and under hood (such as snap fit) is required. It is also suitable in motorsport, air ducts, intake and cooling systems, the hydraulic ducts in contact with liquids or oils, in protective cover for sensors and for all applications that need a good flexibility and resistance to damage (for example: racing components near the ground). Surface Finish: After SLS Process 6.20 Ra µm After manual finishing 1.45 Ra µm After CNC machining 1.15 Ra µm

Technology: Selective Laser Sintering Windform® LX 2.0 has improved the already excellent performances of Windform® LX and this can be noticed from technical properties and sinterability point of view. Windform® LX 2.0 is a new polyamide based material reinforced with new generation glass fibre system. The properties of Windform® LX 2.0 make it particularly suited for functional applications and finished complex parts. Windform® LX 2.0 is a naturally black material and is characterised by improved Ultimate Tensile Strength (UTS), increased stiffness as well as a high level of resistance to temperature, while providing an attractive surface finish. Windform® LX 2.0 also underlines its advantage towards Windform® GF, PRO and PRO B, with an excellent rate between quality and price. Windform® LX 2.0 is perfect to create functional prototypes or finished parts that require reliability, good temperature resistance and a captivating matt black colour. Applications: There are several fields of application: covers, latching systems, air intake systems, connectors, applications for drivers cockpit (e.i. steering wheel-mounted paddle shifters), but also cooling/ducted fans, UAV structural components, sport functional prototypes, performing design parts and stiff pieces for packaging, and other applications in the naval and aerospace industries. Surface Finish: After SLS Process 7.5 Ra After finishing (CNC machining) 1.5 Ra

Technology: Selective Laser Sintering Windform® SP is a composite polyamide based carbon filled material characterised by deep black colour. Windform® SP is a "Top" level material within the polyamide Windform® materials for additive manufacturing. Windform® SP has excellent mechanical properties similar to Windform XT 2.0. In addition it has the added advantage of increased resistance to shocks, vibrations and deformations. This material shows increases in impact strength and elongation at break. Moreover the Windform® SP retains its excellent thermal properties and resistance to high temperature. Windform® SP is a material with optimal mechanical characteristics per density units. Another important element of this material is represented by its waterproof properties and therefore its resistance to absorption of liquids and moisture. Applications: Windform® SP is the suitable material to create accurate and reliable prototypes and is perfect for functional applications in motorsports, automotive (suitable for example for components under the hood, such as intake manifolds), Air (components for UAV , Unmanned Aerial Vehicle) and aerospace design, since it allows applications fully functional as well as dyno tests, track tests and development of pre-serie parts. It is also recommended for all applications requiring resistance to damage, vibration and deformation. Surface Finish: After SLS Process 6.20 Ra µm After manual finishing 1.45 Ra µm After CNC machining 1.15 Ra µm

Technology: Selective Laser Sintering Windform® XT 2.0 is the evolution of the ground breaking high performance Windform® XT, the carbon fiber reinforced composite material, known for its mechanical properties, which made it particularly suitable in demanding applications such as motorsport sector, aerospace and UAV's. Windform® XT 2.0 is an innovative material, and will replace the Windform® XT, as the "Top Level" of the current Windform® range. Windform® XT 2.0 improves mechanical properties compared to "traditional" Windform® XT, while maintaining the same workability for Laser Sintering machines in order to better fulfill the needs of Additive Manufacturing required to produce end use parts and prototypes. Windform® XT 2.0 retains the matte black colour of the previous version and features improvements in mechanical properties: +8% in tensile strength, +22% in tensile modulus and +46% increase in elongation at break. Windform XT® 2.0 allows for the creation of accurate, reliable and durable prototypes and is perfect for functional applications. Applications: Windform® XT 2.0 is the high-tech material for Additive Manufacturing chosen by those working in the Motorsport, Automotive (suitable for example for components under the hood, such as intake manifolds and functional cooling ducts), Air (for components UAV, Unmanned Aerial Vehicle) Aerospace (useful also to create prototype satellite, such as the CubeSat) and Design, as it allows applications that are fully functional, as well as bench testing, or testing and racing on the track. Surface Finish: After SLS Process 6.0 Ra µm After finishing 1.8 Ra µm

30% Glass Reinforced, Heat Stabilized, Polyamide 66 Developed for Food Contact Applications

50% Glass Reinforced High Performance Polyamide with Improved Impact and Stiffness

50% Glass Reinforced High Performance Polyamide with Improved Impact and Stiffness

60% Glass Reinforced High Performance Polyamide with High Stiffness and Improved Flow

Plasticized, Toughened, Biobased, Polyamide Developed for Extrusion

Plasticized, Toughened, Polyamide with Enhanced Chemical Resistance Developed for Extrusion

Plasticized, Toughened, Polyamide with Enhanced Chemical Resistance Developed for Extrusion