Specific strength/specific modulus advantage | T800 grade carbon fiber has a tensile strength of 5.89GPa and an elastic modulus of 294GPa. Its strength-to-weight ratio is 6.2 times that of titanium alloy, making it particularly suitable for high-load precision equipment; |
Dynamic fatigue performance | Under 10^7 cycles of load, the residual strength retention rate of carbon fiber composite structural parts reaches 85%, far exceeding the 60% of aluminum alloy; |
Thermal stability | In the operating range of -50℃ to 150℃, the dimensional change rate of carbon fiber components is <0.01%/℃, ensuring the positioning accuracy of the equipment in a thermal cycle environment; |
Chemical corrosion resistance | In a chemical medium with a pH of 2-12, the annual corrosion rate is <0.1μm, which is significantly better than that of stainless steel materials; |
Electromagnetic compatibility | The shielding effectiveness of carbon fiber composite materials against 1-18GHz electromagnetic waves reaches 60dB, which is suitable for the protection of precision instruments. |
Carbon fiber is widely used in industrial equipment accessories, such as auto industry, energy equipment, chemical equipment, electronic equipment, industrial robots. What are the characteristics of carbon fiber materials that allow it to replace traditional materials? What benefits will carbon fiber industrial equipment accessories bring to users?
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