Creality Hyper PLA Filament Blue & Red 2KG - High Speed PLA

In this review the Creality Hyper PLA Filament (Blue & Red, 2KG) is evaluated for users who want much faster print speeds without sacrificing final part strength. The bottom line: it is best for makers and small shops that need reliable, high-flow filament capable of printing up to 600mm/s, delivering consistent diameter and improved toughness over traditional PLA. It is not a one-size-fits-all choice if you regularly require best-in-class bed adhesion or extremely flexible parts.

Key Features

• High speed printing: The filament supports print speeds from 30 to 600mm/s, enabling much faster turnaround on prototypes and short-run parts thanks to a high-fluidity, fast-cooling formula.
• Dimensional accuracy: Two-way laser diameter measurement yields a uniform 1.75mm +/-0.02mm wire diameter for steadier extrusion and fewer flow-related artifacts.
• Improved strength: Formulated to offer higher tensile strength than ABS and greater toughness than many standard PLA variants, giving printed models better structural capability.
• Healthy raw materials: Made from eco-friendly materials that are free from harmful toxins and low in odor, so printing can be done with reduced concern for fumes.
• Eco packaging: Packaged to reduce carbon emissions, which helps lower the environmental impact of shipping and storage.
• After-sales support: Creality provides lifetime technical support and a responsive support channel for filament questions and troubleshooting.

Who It's For

This filament is aimed at hobbyists, educators and small production shops that need faster print cycles and stronger PLA-based parts. Users printing prototypes, concept models, or hobby miniatures will appreciate the speed and dimensional consistency.

Those who frequently print large, flat parts that demand perfect bed adhesion or need very flexible, impact-resistant elastomers should look elsewhere. Also, if you need absolutely zero brittleness for thin, load-bearing elements, test small prints first to confirm the filament meets your mechanical expectations.

Pros & Cons

Pros

• Excellent flow and cooling formula that enables very high print speeds with stable extrusion.
• Consistent diameter control (+/-0.02mm) reduces jams and improves surface quality.
• Higher tensile strength and toughness than many traditional PLA grades, yielding more durable prints.
• Eco-friendly materials and packaging reduce odor and environmental footprint.

Cons

• Reported bed adhesion issues mean some users will need stronger adhesives or brims for first-layer success.
• Some customers noted brittleness in small sections, so thin delicate parts can break if not printed with adjusted settings.

Specifications

Product	Hyper PLA Filament Blue & Red, 2KG (2x1kg spools)
Diameter	1.75mm
Dimensional accuracy	+/-0.02mm (laser measured)
Recommended speed	30-600mm/s (high-fluidity formula)
Material	PLA (eco-friendly, low odor)
Strength	Higher tensile strength than ABS, tougher than standard PLA
Support	Lifetime technical support and responsive customer service

Our Verdict

The Creality Hyper PLA Filament 2KG (Blue & Red) is a strong value for users who prioritize print speed and dimensional consistency while keeping printing health and environmental impact in mind. It prints fast, flows smoothly, and produces tougher PLA parts, but expect to tune first-layer adhesion and test thin features for brittleness before committing to critical prints.

Frequently Asked Questions

Does it print reliably at very high speeds?
Yes; the filament is formulated for up to 600mm/s and delivers stable extrusion thanks to high fluidity and rapid cooling, though printer tuning is recommended.

Will it smell or release toxins while printing?
No, this PLA uses eco-friendly raw materials and is described as low-odor and free from harmful toxins, making it suitable for indoor use.

Is adhesion an issue?
Some users report weaker bed adhesion compared with other filaments, so using a heated bed, adhesive aids, brims or rafts may be necessary for consistent first layers.