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Enhance Nylon Carbon Fiber
Material Properties of Enhance Nylon Carbon Fiber
Thermal deformation temperature | 187.5 ° C |
Tensile modulus (X-Y) | 8789.10 ± 458.32 Mpa |
Tensile modulus (Z) | 4213.96 ± 87.46 MPa |
Tensile strength (X-Y) | 103.25 ± 2.96 Mpa |
Tensile strength (Z) | 51.51 ± 2.01 MPa |
Fracture elongation rate (X-Y) | 1.49 ± 0.09% |
Fracture elongation rate (Z) | 1.55 ± 0.12% |
Bending modulus | 8568.60 ± 172.79 Mpa |
Bending strength | 170.09 ± 4.88 Mpa |
| Gap impact strength | 6.57 ± 0.38 KJ/m2 |
Material Characteristics and Disadvantages are Evaluated of Enhance Nylon Carbon Fiber
Merit
The strength of 25% carbon fiber reinforced high temperature nylon in the Z direction is higher than that of ordinary nylon carbon fiber, and the overall mechanical properties and heat resistance are good
Shortcoming
Due to current technological limitations, please order the following parts with caution and do not accept after-sales service caused by the following risks:
(1) Fine structures with a diameter<2mm may break or be missing;
(2) Structural surfaces with an inclination<45°, especially curved surfaces, have a rougher surface and may deform slightly (it is recommended to choose imported materials);
(3) Large flat structures with a length> 150mm may warp or deform (it is recommended to choose imported materials);
(4) Parts with many supports may have a rougher bottom support surface (it is recommended to choose imported materials);
(5) Complex internal structures cannot be fully removed by hand (it is recommended to choose imported materials for water-soluble supports).
