Among the industrial-grade 3D printing materials, ABS Filament holds a core position with its outstanding structural strength and stability. This 3D Printer Filament, made of special bulk polymer ABS resin, has become an ideal choice for industrial parts and durable workpieces that require structural integrity due to its superior adhesion, strength and impact resistance compared to
PLA Filament. It ensures that 3D printed works maintain stable performance in harsh scenarios.
As a 3D Printer Filament that focuses on industrial-grade performance, its core advantage lies in "strong and durable, with no worries about low warping". Compared with PLA Filament, it has better interlayer adhesion. The printed parts have a more robust structure, significantly improved impact resistance, and can withstand mechanical stress and frequent use without easy damage. The special resin formula significantly reduces volatile components, resulting in less odor during printing. Combined with 24-hour thorough drying and vacuum packaging, it effectively reduces bubble and warping issues, solving the pain point of traditional ABS being prone to deformation. Even large-sized parts can maintain a flat appearance, meeting the high precision requirements of engineering production.
The temperature resistance characteristics and mechanical properties broaden the application boundaries. The Vicat softening temperature of this ABS Filament reaches 104℃, and its high-temperature tolerance far exceeds that of ordinary PLA Filament, making it suitable for components that may come into contact with warm and hot environments. Its excellent mechanical properties enable it to perform well in rapid prototyping and small-batch production. It can handle everything from mechanical parts to tool housings with its strong and tough characteristics. It is recommended to use it in conjunction with a closed printing chamber, which can further enhance the quality and durability of large-scale printing, ensure the precise formation of complex structures, and balance industrial-grade strength with detailed expressiveness.
Compatibility and practical design enhance creative efficiency. It is perfectly compatible with the vast majority of FDM 3D printers and 3D Printing pens (1.75mm specification), and can stably output without complex parameter debugging. Unlike the permeability of
PETG Filament, it excels in rigidity and strength. It is more suitable for components that require structural support than
TPU Filament and is irreplaceable in "strength first" scenarios. Whether it is the testing of functional parts in manufacturing or the making of durable tools by DIY enthusiasts, it can achieve efficient implementation from design to finished products.
In the comparison of materials, its unique value is clearly highlighted. Compared with PLA Filament, it achieves a qualitative leap in durability and environmental adaptability; Compared with the traditional version of ABS Filament, it has better low volatility and low warpage. It places more emphasis on high-temperature and impact resistance than PETG Filament, making it a reliable choice for industrial scenarios. By choosing this filament, you don't have to compromise between "strength" and "print stability". With just one roll of material, you can meet the full process requirements from prototype verification to functional components, injecting efficient impetus into engineering creation.
Key Features High toughness and Hardenss,Low cost
Sturdy and durable
High temperature resistance
High Stability and Durability
Specification Filament Diameter: 1.75mm
Tolerance: ±0.03mm
Printing Temperature: 230°C-270°C
Heated Bed Temperature: 90-100°C
Printing Speed: 30－50mm/s
Product weight: 1KG
Length:335-340m/Spools
Colors:Multicolor
Processing Service :OEM,ODM
Certificate:SDS,Rosh, Reach
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