PET+CF15 1.75mm | 1000g

£84.99

colour

Quantity

Item number: PET-CF-1.75-BLK-1KG

Key Features:

15% carbon fiber reinforced
High impact strength
Creep resistance
Excellent chemical resistance
High heat resistance (up to 125 °C)
Low moisture absorption
No warpage and no shrinkage
No smell
No heating chamber required during the printing process
Strong and stiff parts
Easy to print
Good dimensional stability
Compatible with S-PET Quick-Remove Support Material
Excellent surface finish

Application

Automotive
Functional prototypes
Jigs and fixtures
End-use parts

Description

PET-CF 15% carbon fiber reinforced Polyethylene Terephthalate FDM material, specially developed for FDM 3D printing process, and its substrate material is PET engineering plastic with low moisture absorption, high strength, creep resistance, excellent chemical resistance and high heat resistance. With good dimensional stability, no warpage and no shrinkage and no smell, no heating chamber are required during the printing process. It can be used with S-PET Quick-Remove Support Material to solve the problem of poor molding effect of supporting surface of complex model.

Specification

Diameter	1.75mm
Diameter Tolerance	± 0.03mm
Max Roundness	+0.03mm
Net weight	1000g

Recommendation

Temperature

Print temp: 280 – 320° C

Heat bed: 60 - 80° C

Printing Speed

30 - 90 mm/s

Fan

Surface

PEI or Coating with PVP glue

Closed Chamber

No required

Nozzle Diameter

0.4 - 1.0 mm

Intelligent fiber reinforcement technology

controlling the dispersion and distribution of chopped carbon fibers within the material matrix during the extrusion process, the fibers form a mesh skeleton structure within the material and bear most of the load transferred by the material matrix. Smart Fiber Reinforced Technology greatly improves the mechanical properties and heat resistance of the material, and releases the internal stress during the printing process through the fiber mesh structure, resulting in good dimensional stability of the printed part and no warpage.

Low creep

The molecular chain structure of PET is highly regular and has a rigid benzene ring structure, so that PET has better mechanical properties and less deformation under long-term load. Compared with PA and PC materials, PET has better creep-resistance.