BEDROCK 3D PAHT-4500a075 PAHT CF15 1.75 mm 750 g Filament PAHT 1.75 mm 750 g Black 1 pc(s)
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Total (1 kg = € 140.04)
€ 105.03
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Only 4 Piece(s) available
Highlights & Details
DISCOND 3D PAHT CF15 1.75 mm 750 g
- Special features:
- 15 % carbon fiber reinforcement for high rigidity and dimensional stability
- Heat resistant up to 150 ° C - Ideal for demanding environments
- Low moisture absorption for constant dimensional stability
- High chemical resistance to oils, fuels and solvents
- ESD-safe (surface resistance 105 - 1011 Ω)
- Compatible with water-soluble BEDROD3D BVOH support material
- Recommended for hardened or ruby-nozzles ≥ 0.6 mm
Technical specifications
- Product type
Filament
- Filament material
PAHT
- Filament Ø
1.75 mm
- Filament colour
Black
- Weight
750 g
- Content
1 pc(s)
Documents & Downloads
User & Safety Instructions
User & Safety Instructions 3644607 BEDROCK 3D PAHT-4500a075 PAHT CF15 1.75 mm 750 g Filament PAHT 1.75 mm 750 g Black 1 pc(s)
Description
DISCOCK 3D PAHT CF15 - High-performance PA with 15% carbon-fiber reinforced
Built for extreme conditions and uncompromising precision.
DRUMK 3D PAHT CF15 is a high-temperature polyamide with 15% carbon fiber content, designed for industrial applications where strength, dimensional stability and chemical resistance are critical. The material easily manages heat, load and complex geometries and impresses with high reliability in demanding environments.
Beddrom 3D: The brand behind the material
BEDPRINT 3D stands for over 13 years of experience in industrial 3D printing - born from the roots of Innofil3D, BASF and Forward AM. Today the experienced team returns to its origins: Independently, focused and with the same passion for quality.
Under the new name, MBED 3D, the well-known Ultrafuse filaments are being continued with the aim of providing professional printing materials with the highest dimensional accuracy, reliability and consistency.
Courage enough to start again. Ground-standing enough to deliver.
Powerful under pressure
PAHT CF15 supplies rigid, strong and precise components that retain their shape even at high temperatures. With its resistance to heat distortion of up to 150 degrees Celsius and low moisture absorption, Ideal is suitable for automotive applications, mechanical engineering, electrical engineering and functional prototypes where conventional plastics meet their limits.
Industrial processing
Thanks to optimized formulation, PAHT CF15 can be printed evenly and stably. Hardened or ruby nozzles are recommended for maximum service life. The material is compatible with water-soluble support material BEDROOM 3D BVOH, as a result of which complex geometries and rear cuts can be implemented cleanly and without residues.
For functional parts with the highest precision
PAHT CF15 combines chemical resistance, high temperature resistance and electrostatic safety (ESD safe). It is therefore perfect for functional end-components, housings, devices and applications in environments where reliability and durability are critical.
Material highlights
Higher chemical resistance than with conventional PA types
Temperature resistant up to 150 degrees Celsius
High rigidity and dimensional stability due to 15 % carbon fiber
Minimal moisture absorption
Easy to work, compatible with BVOH
ESD-safe (surface resistance 10^5 - 10^11 Ohm)
Suitable for precise technical components and complex structures
Typical applications
Functional prototypes and end components
Components in automotive and mechanical engineering
Electronic cases and devices
Components in chemically demanding environments
Precise, complex structures with support materials
This text is machine translated.
Built for extreme conditions and uncompromising precision.
DRUMK 3D PAHT CF15 is a high-temperature polyamide with 15% carbon fiber content, designed for industrial applications where strength, dimensional stability and chemical resistance are critical. The material easily manages heat, load and complex geometries and impresses with high reliability in demanding environments.
Beddrom 3D: The brand behind the material
BEDPRINT 3D stands for over 13 years of experience in industrial 3D printing - born from the roots of Innofil3D, BASF and Forward AM. Today the experienced team returns to its origins: Independently, focused and with the same passion for quality.
Under the new name, MBED 3D, the well-known Ultrafuse filaments are being continued with the aim of providing professional printing materials with the highest dimensional accuracy, reliability and consistency.
Courage enough to start again. Ground-standing enough to deliver.
Powerful under pressure
PAHT CF15 supplies rigid, strong and precise components that retain their shape even at high temperatures. With its resistance to heat distortion of up to 150 degrees Celsius and low moisture absorption, Ideal is suitable for automotive applications, mechanical engineering, electrical engineering and functional prototypes where conventional plastics meet their limits.
Industrial processing
Thanks to optimized formulation, PAHT CF15 can be printed evenly and stably. Hardened or ruby nozzles are recommended for maximum service life. The material is compatible with water-soluble support material BEDROOM 3D BVOH, as a result of which complex geometries and rear cuts can be implemented cleanly and without residues.
For functional parts with the highest precision
PAHT CF15 combines chemical resistance, high temperature resistance and electrostatic safety (ESD safe). It is therefore perfect for functional end-components, housings, devices and applications in environments where reliability and durability are critical.
Material highlights
Higher chemical resistance than with conventional PA types
Temperature resistant up to 150 degrees Celsius
High rigidity and dimensional stability due to 15 % carbon fiber
Minimal moisture absorption
Easy to work, compatible with BVOH
ESD-safe (surface resistance 10^5 - 10^11 Ohm)
Suitable for precise technical components and complex structures
Typical applications
Functional prototypes and end components
Components in automotive and mechanical engineering
Electronic cases and devices
Components in chemically demanding environments
Precise, complex structures with support materials
This text is machine translated.