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ESM-10 wasserlösliches Stützmaterial für PEEK und ABS von 3DGence Das ESM-10 ist ein Stützmaterial für den professionellen Einsatz. Besonders zeichnet sich das ESM-10 Filament durch seine chemische Beständigkeit und die Haftung in kombination mit PEEK- und ABS Materialien. Die Stützstruktur ist sehr stabil und garantiert so einen reibunslosen Druckvorgang. Informationen zum Löseprozess✔ Zum lösen des Materials wird ein spezielles Lösemittel benötigt✔ Für den Löseprozess wird der SDS-Zirkulationsbehälter von 3DGence empfohlen Für weitere Informationen gehen Sie zu dem Tab "Downloads"  

LEXAN™ EXL AMHI240F is an advanced version of LEXAN EXL polycarbonate (PC) with outstanding properties such as high strength, toughness and impact resistance, toughness and impact resistance. The manufacturer emphasizes the improved Izod notched impact strength compared to conventional polycarbonates at room temperature and room temperature and very low temperatures. This filament This filament combines first-class mechanical properties with easier processing compared to other PC thermoplastics. It is important to note that LEXAN™ EXL AMHI240F complies with the UL94 V-0 flammability standard at 3.0 mm thickness in horizontal (XY) and vertical (XZ) orientation. The heat dissipation temperature of this copolymer is 140 degrees Celsius. LEXAN™ EXL AMHI240F is very sensitive to moisture. It is therefore storage and drying conditions must be taken into account in order to achieve achieve high-quality printing results. The main advantages of Sabic LEXAN™ EXL AMHI240F - High toughness and impact resistance - Non-flammability: UL94 V-0 certification Industrial applications for Sabic LEXAN™ EXL AMHI240F Due to its high formability, strength and toughness, this high-performance this high-performance material is suitable for various industrial industrial applications, including demanding industries such as automotive, consumer consumer electronics, aerospace and rail transportation. Things to know about Sabic LEXAN™ EXL AMHI240F To achieve optimal results when 3D printing with LEXAN™ EXL AMHI240F certain printing conditions must be met. These conditions can be guaranteed by industrial 3D printers. Customer reviews confirm that LEXAN™ EXL AMHI240F works well with our INDUSTRY F421, INDUSTRY F420 and INDUSTRY F350 products. Due to its sensitivity to moisture, appropriate storage and drying conditions are drying conditions are essential. Regardless of your industry our Material Management System (MMS) enables easier, faster and more effective more effective 3D printing with LEXAN™ EXL AMHI240F.

3DGence PEEK Natural Filament PEEK has exceptional mechanical and thermal properties thermal properties and high chemical resistance. This material combines excellent sliding properties, mechanical strength and resistance to high resistance to high temperatures, which makes it ideal for the production of functional for the manufacture of functional machine components and devices. Pressure recommendations: Before each use, PEEK should be preheated to 75°C for about 24 hours. for about 24 hours. For this you can use the build chamber of the 3D printer or a use a special dryer. Even a small amount of moisture in the material material negatively affects the mechanical properties and quality of the printed model, as air bubbles can appear on the walls. When designing models, it is important to ensure that the minimum cross-section in the model should not be less than 25 mm². The minimum wall thickness during printing without losing strength is 2 mm. It is It is possible to print thinner walls, but they have considerably reduced mechanical mechanical strength. PEEK can be used in conjunction with the soluble support material 3DGence ESM-10 can be used. The properties of ESM-10 ensure the stability of the stability of the support structure when printing takes place in a heated chamber where the internal temperature can exceed 80 °C. Applications: Parts for machines and systems Interior fittings for Aircraft interiors Automotive industry Medical applications

PEEK™ Aero from 3DGence is one of the highest performing thermoplastics available for available for additive manufacturing. A key feature of the polymer is its compliance with AS9100 certification for aerospace applications. Description of the PEEK™ Aero Filament Certified filaments play a key role in industrial industrial 3D printing, especially in these areas where safety is paramount. is paramount. PEEK™ Aero belongs to the group of high-performance polymers - filaments that can withstand the most demanding environments. It characterized by the highest heat resistance (high-temperature applications up to 260 °C), chemical resistance, high tensile strength and excellent impact resistance. impact resistance. Thanks to its flame retardancy (UL94 V-0), its low weight and the weight and AS9100 Aerospace certification, the material is used in the aerospace and the aerospace and defense industries. The most important advantages of PEEK AERO - The most important advantages of PEEK™ Aero certified according to AS9100, - Excellent heat resistance: High temperature applications up to 260°C, - high chemical resistance and tensile strength. PEEK™ Aero industrial application in 3D printing Due to its properties and certifications PEEK™ Aero can be used for end parts in the aerospace and defense sectors. defense sector can be used. Some customers print machine and equipment parts with PEEK™ Aero, others find it useful for sliding and sliding applications. Due to its high heat resistance (up to 260 °C), it is a suitable it is a suitable filament for prints exposed to extreme temperatures. are exposed to. PEEK™ Aero: Good to know 3D printing with PEEK™ Aero delivers exceptional, durable results, but requires professional equipment to achieve the best achieve the best results. With our INDUSTRY™ F421, which offers high-speed printing and a large chamber volume, you can take advantage of all the possibilities of additive manufacturing with PEEK™ Aero. It is available with the compatible with the soluble support material ESM-10.

3DGence ABS ABS is one of the most popular thermoplastics, regardless of the manufacturing manufacturing process used. ABS is a machinable material - technological holes and even threads can be produced on the printed threads can be produced on the printed model. A relatively high material hardness results in high scratch resistance. ABS also has basic resistance to acids, bases and alcohols. It can be used for printing models that are used in the temperature range of -20 - 80°C. ABS is recyclable. The surface of models made from ABS models made of ABS is matt, whereby the colors are less saturated than models made of PLA models. Application: Housing of electronic devices, household appliances car parts (crossbars, buttons, interior fittings, wheel arches) Sports equipment, Elements of firearms, furniture components 3DGence ABS can be printed using the soluble ESM-10 support material.

ULTEM™ 9085 from German GEHR is one of the most advanced polymers on the market. on the market. Its properties offer unparalleled resistance, making the material suitable for elements used in the most difficult used in the most challenging environments. ULTEM™ 9085 Filament Description ULTEM™ 9085 is a well-known member of the high performance polymer group. This material has properties that are suitable for use in the most demanding conditions. conditions. It offers excellent heat resistance, even at temperatures of 165-175 °C. In addition, ULTEM™ 9085 has good thermal conductivity, resistance to natural and synthetic solvents and high solvents and high dielectric strength. In contrast to many other non-crystalline thermoplastics, ULTEM™ 9085 has exceptional chemical exceptional chemical resistance. It retains its strength when exposed to automotive and aircraft fluids, alcohols, acids, aliphatic hydrocarbons hydrocarbons and weak aqueous solutions. Users appreciate its impressive finish, good machinability and low toxicity. its low toxicity. Are you looking for a non-flammable material for durable prints? ULTEM™ 9085 is flame retardant (UL94-V0) and can therefore be used used wherever the highest safety standards apply, for example in the railroad sector, in the automotive industry or in aviation. aviation. Although ULTEM™ 9085 has slightly lower strength, creep resistance and stability compared to PEEK strength, creep resistance and stability compared to PEEK, it is often used in the aerospace aerospace and the railroad sector. The main advantages of ULTEM™ 9085 - Flame resistance (UL94-V0), low toxicity and low smoke emission, - excellent strength-to-weight ratio, therefore it can replace metal or aluminum in replace metal or aluminum in certain applications, - high resistance to chemicals, heat and high-energy radiation, - an excellent balance between workability and mechanical properties mechanical properties, - maximum tensile strength and dimensional stability. Industrial Applications of ULTEM™ 9085 The properties of the filament make ULTEM™ 9085 a perfect candidate for a wide range of professional applications. For example Automotive, aerospace and railroad companies use ULTEM™ 9085 due to its light weight, non-flammability, durability and high durability and its high level of resistance. It is worth mentioning that ULTEM™ 9085 meets industry safety standards, e.g. aerospace: FAR25.855. aerospace: FAR25.853 and OSU55/55; or railroad: EN45545 R6-HL3. ULTEM™ 9085 filament: good to know A polymer as powerful as ULTEM™ 9085 requires a high-performance high-performance industrial printer to achieve perfect prints. It works well with our INDUSTRY F421.