Fiberlogy PC/ABS Black

Fiberlogy PC/ABS Black filament combines the best properties of polycarbonate (PC) and ABS to create a material suitable for numerous applications where strength, durability, and heat resistance are essential.

Polycarbonate is known for its high heat resistance and exceptional impact resistance. On the other hand, ABS filament is reputed to be strong yet somewhat flexible, making it ideal for mechanical and functional parts. By merging these two materials, Fiberlogy has created a filament that combines the strengths of each while minimizing their individual shortcomings.

Fiberlogy PC/ABS filament offers a balanced combination of strength, toughness, and heat resistance. This makes it ideal for applications that need to withstand high-stress conditions, such as functional prototypes, electronics enclosures, and industrial parts. The improved impact resistance ensures that parts are better equipped to handle drops, impacts, and other physical stresses.

Moreover, Fiberlogy PC/ABS filament ensures good layer adhesion, resulting in excellent print finishing. The filament is relatively easy to print, especially if you have experience with 3D printing ABS. Fiberlogy is known for its premium quality filament that meets the highest quality standards and goes beyond other manufacturers. Maintaining a diameter tolerance of 0.02 mm and a roundness tolerance of 0.01 mm distinguishes PC/ABS from Fiberlogy, setting it apart and bringing out the best in your 3D printer.

Properties

• Strength: The filament combines the strength of both polycarbonate and ABS, resulting in parts that can withstand heavy loads and mechanical stress.
• Toughness: Thanks to the properties of both polycarbonate and ABS, the filament has high toughness, reducing the likelihood of parts breaking or tearing, even under impact.
• Heat Resistance: The filament retains its mechanical properties and dimensional stability at higher temperatures, making it suitable for applications exposed to heat.
• Impact Resistance: The combination of polycarbonate and ABS provides excellent impact resistance, making parts better able to withstand drops, impacts, and other physical stresses.
• Machinability: Because the filament is both strong and tough, it can be machined using certain tools such as drills, saws, and grinders to create custom shapes and dimensions.

This combination of properties makes Fiberlogy PC/ABS filament suitable for various industries and applications where an uncompromising balance of strength, toughness, and heat resistance is required.

Applications

• Functional Prototypes: The filament is suitable for creating prototypes of functional parts that need to withstand physical loads and stress. The combination of strength and toughness ensures durable and reliable prototypes.
• Electronics Enclosures: The filament is ideal for 3D printing enclosures and parts for electronic devices. The heat resistance of polycarbonate combined with the impact resistance of ABS provides protection for electronic components.
• Industrial Parts: For industrial applications where components need to withstand wear, mechanical loads, and temperature variations, this filament can be used to produce durable and reliable parts.
• Automotive Components: The filament can be used for 3D printing automotive parts such as interior components, fasteners, and other components that need to withstand vibrations, shocks, and high temperatures.
• Machine Parts: The filament is suitable for producing machine parts that have high demands for strength and durability, such as gears, bearings, and housings for industrial machines.
• Technical Accessories: For technical accessories such as tool fasteners, brackets, and fasteners that require both strength and flexibility.
• Protective Cases and Covers: The filament can be used to produce protective cases, covers, and housings for various devices and gadgets.
• Sports Equipment Parts: For sports items such as helmets, protectors, and brackets where shock resistance and durability are crucial.
• Medical Equipment: When 3D printing parts for medical equipment and instruments that need to withstand sterilization and mechanical loads.
• Tool and Machine Accessories: For tool holders, handles, and other accessories that need to be both sturdy and comfortable to use.