Creality Hyper Speed PLA Filament – Black Carbon Fiber – 1.75mm | 1kg

FREE PUDO LOCKER DELIVERY!

Key Features

• High-speed PLA-CF formulation
• Genuine carbon fibre reinforced filament
• Black Carbon Fiber finish
• Increased rigidity compared with standard PLA
• Excellent dimensional stability
• Premium matte carbon-fibre appearance
• Helps reduce the visibility of layer lines
• Designed for modern high-speed 3D printers
• Low warping and shrinkage
• Good layer adhesion
• Excellent for functional prototypes
• Easier to print than nylon-based carbon fibre materials
• 1.75mm filament diameter
• 1kg net filament weight
• Genuine Creality filament

Carbon Fibre Reinforced PLA

Creality Hyper PLA-CF combines a PLA-based polymer with carbon fibre reinforcement.

The addition of carbon fibre improves the stiffness and dimensional stability of the material while creating the characteristic matte surface associated with carbon-fibre composites.

This makes it particularly suitable for:

• Functional prototypes
• Jigs and fixtures
• Brackets and mounts
• Electronics housings
• Robotics components
• Mechanical models
• Automotive-inspired parts
• Professional product prototypes

It is an excellent step up from standard PLA when a part needs to feel more rigid and technical without moving to a much more demanding engineering filament.

Designed for High-Speed Printing

As part of Creality’s Hyper range, this PLA-CF is formulated for use with modern high-speed 3D printers.

Its flow characteristics are designed to support faster printing while maintaining consistent extrusion and reliable layer formation.

Actual achievable printing speed will depend on:

• Printer capability
• Hotend flow capacity
• Nozzle diameter
• Layer height
• Model geometry
• Cooling performance
• Slicer settings

For best results, use the appropriate Creality material profile where available and adjust according to the printer and nozzle configuration.

Increased Rigidity

Carbon fibre reinforcement gives PLA-CF increased stiffness compared with conventional PLA.

This can be particularly useful for:

• Equipment mounts
• Brackets
• Fixtures
• Jigs
• Frames
• Housings
• Templates
• Prototype assemblies

The increased rigidity can help components maintain their intended shape under load.

It is important, however, to distinguish rigidity from impact toughness. A stiffer material is not automatically the best choice for parts subjected to repeated heavy impacts.

Excellent Dimensional Stability

Carbon fibre reinforcement also makes PLA-CF attractive for parts where dimensional consistency and shape retention are important.

This is especially useful for:

• Jigs
• Fixtures
• Assembly aids
• Templates
• Prototype housings
• Mechanical components
• Precision models
• Product-development parts

For businesses producing prototypes or small batches, this combination of printability and dimensional stability can make PLA-CF particularly useful.

Premium Matte Carbon Fibre Finish

One of the biggest advantages of PLA-CF is its distinctive appearance.

The carbon fibre content creates a refined matte texture that can help disguise visible layer lines and give printed components a more professional, manufactured appearance.

The Black Carbon Fiber finish is excellent for:

• Automotive components
• Robotics
• Electronics housings
• Camera accessories
• RC components
• Gaming accessories
• Mechanical models
• Product prototypes
• Premium display pieces
• Products for resale

For many applications, the surface can look impressive directly from the printer without extensive finishing.

Low Warping

Despite being carbon-fibre reinforced, Hyper PLA-CF retains many of the convenient printing characteristics associated with PLA.

Compared with engineering materials such as PA-CF or PPA-CF, it generally provides:

• Lower shrinkage
• Lower warping
• Easier bed adhesion
• Simpler material handling
• No requirement for an actively heated chamber
• Easier overall printing

This makes PLA-CF an excellent introduction to carbon-fibre-reinforced 3D printing.

Important – Carbon Fibre Filament Is Abrasive

Because this filament contains actual carbon fibre reinforcement, it is abrasive.

Regular use can cause accelerated wear to conventional soft brass nozzles.

For this reason, a wear-resistant nozzle is recommended, such as:

• Hardened steel
• Silicon carbide
• Tungsten carbide
• Other suitable wear-resistant nozzle materials

This is particularly important for large prints, high-speed printing and customers intending to use the material regularly.

PLA-CF vs Standard PLA

PLA-CF vs PA-CF

Customers should also understand that PLA-CF and PA-CF are designed for different levels of application.

For general prototypes, jigs, fixtures and premium-looking functional components, PLA-CF is often the easier and more practical choice.

For demanding high-temperature or advanced engineering applications, PA-CF or PPA-CF may be more appropriate.

Keep Your Filament Dry

Although PLA-CF is easier to store and print than nylon-based carbon-fibre materials, keeping the filament dry is still important for consistent results.

Moisture can contribute to:

• Popping during extrusion
• Rough surfaces
• Increased stringing
• Inconsistent extrusion
• Poorer surface quality

When not in use, store the spool in a:

• Filament dry box
• Sealed container with desiccant
• Vacuum storage bag

Dry filament is especially important when trying to achieve a clean, consistent matte finish.

Ideal For

Creality Hyper Speed PLA-CF is ideal for:

• High-speed 3D printing
• Functional prototypes
• Jigs and fixtures
• Brackets and mounts
• Robotics components
• Electronics housings
• Automotive-inspired components
• RC accessories
• Camera accessories
• Mechanical models
• Architectural models
• Product-development prototypes
• Workshop components
• Premium display models
• Small production runs
• Products for resale

Technical Specifications

Compatible Printers

Creality Hyper Speed PLA-CF can be used with compatible 1.75mm FDM/FFF 3D printers equipped with an appropriate wear-resistant nozzle, including many models from:

• Creality K1C
• Creality K1 Max
• Creality K2 Series
• Creality SPARKX models that support PLA-CF
• Creality Ender models appropriately configured for abrasive filament
• Other compatible 1.75mm FDM/FFF printers

Always check that the printer is equipped with a nozzle suitable for abrasive carbon-fibre materials.

Why Choose Creality Hyper Speed PLA-CF?

Creality Hyper Speed PLA-CF provides an excellent balance between high-speed printing, easy material handling and the benefits of carbon fibre reinforcement.

It combines:

• High-speed printing capability
• Genuine carbon fibre reinforcement
• Increased rigidity
• Excellent dimensional stability
• Low warping
• Premium matte carbon-fibre appearance
• Reduced visibility of layer lines
• Easier printing than PA-CF and PPA-CF
• Professional results for functional and decorative applications

It is an excellent choice for customers wanting to move beyond standard PLA and produce stiffer, more professional-looking functional parts without the additional printing difficulty of advanced nylon-based composites.