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eSUN ePET-CF

SKU: PET-CF175B1TZ1
eSUN

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Sale price AED 100.00
Size: 1.75MM
Weight: 1 KG
Color: Black
Features
  • Ultra-Low Moisture Absorption
  • Good Chemical Resistance
  • Excellent Printability
  • High Heat Resistance
  • Dimensional Stability
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eSUN ePET-CF

eSUN ePET-CF

Experience the power of industrial-level 3D printing with eSUN PET-CF

A premium carbon fiber-reinforced PET filament engineered to meet the growing demand for functional, high-performance components. The strategic integration of chopped carbon fibers within a durable polyethylene terephthalate (PET) matrix delivers exceptional strength, stiffness, and stability with a superior strength-to-weight ratio ideal for structural applications. This advanced material combines enhanced rigidity and wear resistance with outstanding dimensional stability, making it perfectly suited for producing functional prototypes, end-use parts, and tooling components that must endure repeated stress, long-term loading, and demanding industrial environments where mechanical performance is absolutely critical.

Superior Environmental & Chemical Resistance

Achieve unmatched reliability with eSUN PET-CF's ultra-low moisture absorption properties that ensure stable material performance even in humid environments or water-prone applications, making it exceptional for outdoor use and variable environmental conditions. The superior chemical resistance inherited from PET provides strong protection against acids, alkalis, and most organic solvents, ensuring reliable performance in electronics, industrial equipment, and chemically exposed applications. Combined with excellent thermal stability and enhanced temperature resistance through post-print annealing capabilities, this material excels in high-temperature applications including tooling, jigs, and engine-related components requiring long-term thermal performance.

User-Friendly Processing: Carbon fiber reinforcement minimizes warping while improving layer adhesion, requiring only a heated bed at 70-80°C without heated chamber requirements, making it compatible with many professional desktop 3D printers
Dimensional Integrity: Low creep and high modulus characteristics ensure parts retain shape and mechanical integrity under long-term stress, offering greater stability and less deformation compared to nylon-based carbon fiber alternatives
Versatile Applications: Perfect for automotive components requiring durability, functional jigs and fixtures for manufacturing, high-strength structural parts for engineering applications, and any industrial components demanding mechanical performance, chemical resistance, and dimensional accuracy

Technical Specifications

Extruder Temperature 250-300°C
Bed Temperature 70-120°C
Fan Speed 0-20%
Printing Speed <200mm/s
Heated Bed NEED
Printing Advice Drying at 80°C/>8h, 0.4, 0.6 hardening nozzle, sealing and printing
Needs Drying Yes
Density 1.42 g/cm³
Heat Distortion Temperature 75°C (145°C after annealing)
Glass Transition Temperature 70°C
Tensile Strength (XY) 80.32 MPa
Elongation at Break (XY) 3.61%
Flexural Strength (XY) 135.6 MPa
Flexural Modulus (XY) 8264.15 MPa
IZOD Impact Strength (XY) 33.4 kJ/m²
Tensile Strength (Z) 22 MPa
Elongation at Break (Z) 2.11%
IZOD Impact Strength (Z) 2165.01 kJ/m²