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The ABS Nebula 702 filament is a unique amorphous plastic, distinguished by its significant impact strength, hardness and scratch resistance. Its unique properties make it an ideal material for creating durable and long-lasting objects. It is also characterized by resistance to dilute acids, aliphatic hydrocarbons, oils and fats. However, it is worth noting that ABS 702 filament is not resistant to acids, esters and ketones.
Thanks to a specially developed composition, objects printed with this material obtain enhanced mechanical properties and exhibit very strong layer bonding, which translates into durability and strength. The extraordinary properties of this material allow printing even without a closed chamber, with minimal shrinkage and low odor. ABS 702 filament from Nebula is dedicated to printing parts working under high mechanical load, where precision and long-lasting performance are required. The properties of ABS 702 filament include a printing temperature in the range of 240-250°C and a table temperature in the range of 90-100°C.
The material has excellent impact resistance, even at low temperatures, making it ideal for applications requiring durability in a variety of environmental conditions. In addition, ABS 702 filament features very high dirt resistance and ideal durability during use. Its optimum dimensional stability, expressed in terms of low moisture absorption, has a positive effect on the quality of printed objects.
Low odor emission during the printing process also makes it an environmentally and user-friendly material. The high static and mechanical resistance of ABS 702 filament translates into the possibility of use in various projects where these parameters are important. The stiffness and service temperature of this plastic are significantly higher compared to standard grades, making it a material that performs well in harsh environments. ABS 702 Nebula filament is available in an impressive range of 20 colors, giving the user a wide range of choices and the ability to customize the appearance of printed objects according to individual preferences.
Thanks to these properties, ABS 702 is becoming an indispensable material for 3D printing enthusiasts looking for durable and high-quality solutions.
The Nebula brand was established in response to the growing market demand for high-quality 3D printing filament. More and more companies in various industries are looking for innovative design solutions, and we make it our mission to provide materials that will meet the expectations of the most demanding customers.
Our company has extensive knowledge of the properties of the various materials used in the 3D printing process. We know their behavior during printing, which allows us to offer products of the highest quality. We are ready to share this expertise with our customers, so they can turn to us for help at any time.
We are eager to engage in the process of working with customers to find the best solutions together. Our team of experts is available to provide support and answer any questions about our products or 3D printing technology. We believe in a personalized approach to customers and operate in the spirit of partnership.
The Nebula filament is characterized not only by its high quality, but also by the variety of available materials. We offer filament to suit different needs and applications, allowing customers to experiment with different materials and create innovative designs. Our products are available in a wide range of colors, giving you even more freedom in the creative design process.
We attach great importance to sustainability. We strive to minimize the negative impact of our operations on the environment, both in the production process and in the use of our products themselves. Our filament is environmentally friendly, while guaranteeing the highest quality 3D printing.
In short, Nebula is not just a filament manufacturer, but a partner that supports customers in achieving their goals. We are ready to cooperate, share knowledge and provide the highest quality products to meet even the most demanding expectations of the 3D printing industry.
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