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HomeFilaments3D-PETG Carbon Fiber

3D-PETG Carbon Fiber

 PETG+carbon fiber has the characteristics of being lightweight, high-strength, lightweight, stronger, and more accurate.
Through material science and process innovation, 3D FISH PETG+ carbon fiber printing filament perfectly combines the excellent performance of carbon fiber with the ease of use of PETG, providing one-stop solutions for industrial manufacturing, aerospace, high-end consumer and other fields with lightweight, high strength, lighter, stronger and more accurate:
Technology and innovation
Carbon fiber is evenly dispersed in PETG matrix, and the bending strength is significantly improved, maintaining the advantage of lightweight. Carbon fiber stabilizes the structure and enhances the surface hardness, and the service life of printed dynamic parts is more than 3 times longer.
Industrial-grade performance
Carbon fiber gives the printed piece a delicate matte texture and presents a high-end metallic-like surface without post-processing. The three-dimensional mesh structure of carbon fiber makes the mechanical properties of the printed piece uniform, breaking through the anisotropic limitations of traditional FDM materials.
Safety and environmental protection
PETG+ carbon fiber materials follow environmental and safety standards, while reducing carbon emissions by 60% compared with the manufacturing of some metal materials, contributing to the green manufacturing transformation.
Ease of use and compatibility
Optimize the distribution process of carbon fiber, support high-speed printing, and adapt to industrial-grade high-speed printers (such as Markforged, Ultimaker S5). The carbon fiber is tightly combined with PETG to avoid printing delamination and nozzle wear.
application scenarios
Suitable for lightweight robotic arms and fuselage, reducing weight by 40%. Replacing metal fixtures to reduce costs and shorten delivery cycles. High-end sports equipment such as bicycle accessories and mountaineering buckles combines strength with lightweight.
Specifications parameters

Method of measurement

standard

characteristic

callipers

1.75±0.02mm

Wire diameter

callipers

≤ 0.02mm

roundness

electronic balance

1 ± 0.01KG/roll

weight

automatic measurer

1.75 ± 0.02mm

Diameter consistency

Surface

Method of measurement

standard

characteristic

Visual plus touch

Smooth, rounded, uniform thickness

surface

Visual plus touch

No bubbles, bulges, spots, etc

details

Visual additive color charts

The color is uniform with the swatch

pigment

visual

Neat and unblocked

rolling

Physical property

Method of measurement

standard

characteristic

density

1.32(g/cm³)

standard

distortion temperature

70℃

standard

melt index

18g/10min

standard

Vika softening temperature

/

standard

Mechanical behavior

Method of measurement

standard

characteristic

tensile strength

35 MPa

standard

elongation at break

5%

standard

bending strength

6 4 MPa

standard

flexural modulus

2400 MPa

standard

Cantilever beam notch impact

4KJ/M²

standard


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