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PAHT CF15 BCN3D Filaments
High temperature / Stiff / Wear resistant
79,95€
Overview
PAHT CF15 (High Temperature Polyamide carbon fiber reinforced) combines high temperature and chemical resistance with extreme mechanical properties.
It allows to work under 150ºC continuous temperatures with the peak temperature of 180ºC in comparison to a standard PA. 15% carbon fiber reinforcement makes it stiffer thus open new fields for the printing of demanding applications.
Compatibility: Find out the BCN3D printers and filaments compatibility
Applications
- Structural and functional parts subject to high temperatures and aggressive environments.
- Metal replacement in the automotive industry.
Properties
- High resistance to heat (up to 180ºC)
- Stiff and impact resistant
- As strong as annealed aluminium
- High wear and abrasion resistance
- Resistant to solvents and corrosive chemicals
- Low moisture absorption
- High dimensional stability
- Easy to process
Datasheets:
Download safety and technical data sheetsWebinar
Use support materials to expand your 3D printing horizons
Our hosts and 3D printing specialists Álvaro and Jess give us the lowdown on all the different benefits that arise from using support materials, and all the different ways in which they can be implemented.
White paper
Your Extensive Guide to the Properties of 3D Printing FFF Filaments
This white paper dives deep into physico-mechanical properties and impact, heat and water resistances, by evaluating the performance of every material in the BCN3D portfolio.
Webinar
Materials for 3D printing & In-depth on fibre-filled
Which is the strongest 3D printing material? And… is stronger always better? In this webinar, Materials Engineer Dario Destro will walk you through the different 3D printing filament types currently available in the market and their properties, with a special emphasis on fiber-filled materials.
Success stories
ETSEIB Motorsport: 3D printing end-use parts can drive to victory
Spanish racing team ETSEIB Motorsport uses 3D printing to manufacture end parts for their electric vehicles. Thanks to additive manufacturing, pieces like cooling ducts for brakes can be customized for each circuit to ensure the car’s best possible performance independently of the external conditions.
Whitepaper
An essential guide on fiber-filled materials for FFF 3D printing
With the consolidation of the FFF technology, filaments with a high level of additives and fillers have started to be accessible for 3D printing. These fiber-filled materials count on improved mechanical properties and higher thermal resistance, which makes them ideal for engineering projects of all types.
Success Stories
ELISAVA Racing Team’s mountain rescue motorcycle taken to new heights by 3D printing
Elisava Racing Team are creating a fully electric, intelligent motorcycle equipped for mountain rescue in hostile terrains. Collaborating with us at BCN3D, 19 end-use parts were printed using 3D FFF technology in a variety of different technical materials and sizes.
Technical information
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A material for the most demanding applications
Thanks to its composite nature, PAHT CF15 excels where most materials would fail, with a perfect combination of stiffness, strength and heat resistance.
How to print
Gallery
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Product design end-use parts
For this mass carrier, PAHT CF15 was employed for its stiffness and mechanical resistance, perfect for the hostile terrains this motorcycle will face.
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High rigidity for durable end-use parts
This end-use part functions as a stand for TwoNav's GPS device and connects to the handlebars of your bicycle. PAHT has the wear resistance to withstand the harsh environments of outdoor cycling.
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High fatigue resistance
PAHT CF15 is ideal for strong, rigid parts subject to cyclic loading that require high fatigue resistance.
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High rigidity for durable end-use parts
As it is highly rigid, PAHT CF15 does not bend even at high speeds and long working cycles.
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High mechanical resistance
PAHT CF15 can withstand high force loads without losing its shape which allows for very durable parts.
