Carbon glass mixed pultruded plate
Carbon-glass hybrid pultrusion plate is a new type of cost-effective composite material that uses the high modulus of carbon fiber and the low cost of glass fiber to seek a tensile modulus and fatigue performance between the two materials. Different proportions of carbon fiber and glass fiber can be designed to adjust to meet the needs of different blade designs.
Key words:
Glass fiber for wind power photovoltaic
Classification:
Product Introduction
Carbon-glass hybrid pultrusion plate is a new type of cost-effective composite material that uses the high modulus of carbon fiber and the low cost of glass fiber to seek a tensile modulus and fatigue performance between the two materials. Different proportions of carbon fiber and glass fiber can be designed to adjust to meet the needs of different blade designs.
Product Features
Lightweight
Water resistance
have designability
high strength high modulus
Chemical resistance
good fatigue performance
Technical parameters
Project | reference index | |
Glass fiber volume content% | 60-72 | |
Degreaser (g/cm³) | 2.0-2.2 | |
Product width (mm) | 50-200 | |
Product thickness (mm) | 2-5 | |
Project | Test index | Test Standard |
0 ° tensile strength (Mpa) | 1371 | ISO527-5/A |
0 ° tensile modulus (Gpa) | 100.91 | ISO527-5/A |
90 ° tensile strength (Mpa) | 53.07 | ISO527-5/B |
90 ° tensile modulus (Gpa) | 14.5 | ISO527-5/B |
Bending strength (Mpa) | 1300 | SO 14125 |
Flexural modulus (Gpa) | 69.92 | ISO 14125 |
Interlaminar shear strength (Mpa) | 62.52 | ISO 14130 |
Tg'C | 113.6 | ISO 11357-2 |
Pull-pull fatigue M value R = 0.1 | 11.9 | ISO 13003 |
Note: Typical values are affected by test methods
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