Sunlu Filament ABS High-Speed 1.75mm 1kg White

Sunlu ABS High-Speed Filament (White)

Sunlu ABS High-Speed Filament is a material designed for high-speed 3D printing that doesn't compromise on the quality, durability, or aesthetics of the finished parts. It supports print speeds of up to 350 mm/s, making it ideal for applications where efficiency, short turnaround times, and consistent results are essential. It is an excellent choice for users who expect smooth operation while maintaining high precision and a high-quality surface finish.

A durable material for demanding projects

SUNLU High Speed ABS stands out for its excellent heat resistance with a heat deflection temperature of 91°C. The filament performs well in applications where standard materials may prove insufficient. High impact strength, confirmed by an IZOD Impact Notched value of 10 kJ/m, translates to increased resistance to mechanical damage, and a modulus of elasticity of 2100 MPa ensures adequate stiffness and robustness of the finished prints. As a result, the material is suitable not only for creating concept models but also for functional parts that must retain their properties under more demanding conditions.

Stability and precision during high-speed printing

One of the greatest advantages of this filament is its excellent dimensional stability, which is crucial for high-speed printing. SUNLU High Speed ABS effectively minimizes the risk of warping and cracking, allowing for consistent, accurate, and aesthetically pleasing prints from start to finish. Even at high speeds, the material retains very good detail and an attractive surface finish, making it a reliable solution for those who expect professional results without unnecessary corrections or material waste.

Specifications

• Manufacturer: Sunlu
• Model: ABS H-S W
• Color: White
• Material: ABS
• Filament diameter: 1.75 mm
• Weight: 1 kg
• Maximum print speed: up to 350 mm/s
• Heat deflection temperature: 91°C
• IZOD impact strength (notched): 10 kJ/m
• Modulus of elasticity: 2100 MPa