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The ABS Nebula 702 filament is a unique amorphous plastic, distinguished not only by its high impact strength, but also by its excellent hardness and scratch resistance. Its unique properties make it an ideal material for applications requiring exceptional durability and precision. Featuring resistance to dilute acids, aliphatic hydrocarbons, oils and fats, ABS 702 is ideal for conditions where there is a risk of exposure to these substances.
Unfortunately, it is not resistant to acids, esters and ketones, so care should be taken when coming into contact with these substances. The innovative composition of ABS 702 filament makes it possible to obtain printed objects with enhanced mechanical properties and solid layer bonding. Thanks to this feature, it is possible to print without having a closed chamber, while shrinkage is minimal and odor emission is low. This plastic is specially designed for printing parts that work under considerable mechanical stress. It is expected to be precise and long-lasting, making it an excellent choice for projects where strength and durability are important.
The properties of ABS 702 filament include a wide range of printing temperatures (240-250°C) and table temperatures (90-100°C), making it a flexible material for a variety of applications. Its excellent impact resistance, even at low temperatures, makes it an ideal choice for projects exposed to harsh environmental conditions. Its very high stain resistance and dimensional stability, characterized by low moisture absorption, make ABS Filament 702 from Nebula a material that can be relied upon for use. Low odor emission, high static and mechanical resistance, as well as higher stiffness and use temperature compared to standard grades, are features that make it an excellent choice for advanced projects.
An additional advantage is the wide range of colors in which ABS 702 filament is available - with 20 different colors to choose from. This allows you to customize the look of your printed objects to suit your individual preferences and project needs. In short, Nebula ABS 702 is an extremely versatile material that performs well in demanding conditions, offering not only high print quality, but also exceptional mechanical and aesthetic properties.
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 of 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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Specific References
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