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Bambu Lab PAHT-CF filament (500g or 1Kg)
53.94€ Incl Tax
Not available
With Spool
Dry out before use
AMS compatible
500g or 1Kg
Bambu Lab PET-CF filament (500g ou 1Kg)
50.39€ Incl Tax
Not available
With Spool
Ecological material
0.5Kg or 1Kg version
Bambu Lab PETG-CF filament 1Kg (5 colors)
39.59€ Incl Tax
Product available
Dry before use
AMS Compatibility
1.75 mm / 1kg
Bambu Lab PLA-CF filament 1Kg (5 colors)
39.54€ Incl Tax
Product available
Spool included
Dry out before use
AMS compatible
1.75 mm / 1kg
Kimya Filament ABS Carbon 1,75mm 500g Black (ABS + Carbon fiber)
57.60€ Incl Tax
Product available
Superior mechanical properties
Impact resistance
REACH compliant
1.75mm / 500g
Kimya Filament ABS Kevlar 1,75mm 500g Black (ABS + Kevlar fiber)
58.20€ Incl Tax
Product available
Lightweight ABS
Rub resistance
REACH compliant
1.75mm / 500g
Kimya Filament PETG Carbon 1,75mm 500g Black (PETG + Carbon fiber)
61.20€ Incl Tax
Product available
High rigidity
Ease of printing
REACH and RoHS Compliant
1.75mm / 500g
BASF Ultrafuse Filament PET CF15 1,75mm 750g Black
70.80€ Incl Tax
Product available
Strong and rigid parts
Easy printing
Resistance to temp. up to 74°C
1.75mm / 750g
Machines-3D Filament Carbon fiber + Nylon PA12 1,75mm 500g Black
75.48€ Incl Tax
Product available
Ultra light filament
Perfect for drones
Machines-3D Filament Nylon PA12 + Glass Fiber 1,75mm 500g Natural
66.00€ Incl Tax
Product available
Resistant material

Buy fibre reinforced filament | carbon fibre filament | glass fibre filament | technical composite filaments

 

Fibre reinforced filament is a type of 3D printing filament with fibres added to improve strength, durability and other mechanical properties. The fibres are usually made of materials such as carbon, glass or aramid, mixed with a thermoplastic polymer matrix to create filaments. Those that Machines-3D proposes are commonly used in various industry sectors such as aerospace, automotive and construction. It is also used for hobby applications such as making figurines, sculptures and other works of art.

 

One of the main advantages of fibre reinforced filaments is their improved strength-to-weight ratio. The filament fibres add strength and stiffness maintaining an overall lightweight construction. This makes it an ideal material for applications requiring lightweight, high strength parts. Another advantage of fibre reinforced filaments is their resistance to impact, abrasion and fatigue. Filament fibres are more durable and resistant to damage, making them suitable for use in applications where the part is subjected to repeated stresses.

 

They can be produced using different types of fibres and thermoplastic polymers, allowing a wide range of material properties and characteristics to be achieved. For example, carbon fibre reinforced filaments are known for their strength and stiffness, and glass fibre reinforced filaments are known for their electrical insulation properties.

 

In conlusion, fibre-reinforced 3D filaments are one of the most versatile materials with improved mechanical properties compared to traditional 3D printed filaments. A popular choice for a variety of industrial and leisure applications where strength, durability and light weight are important.

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