What are the significant advantages of carbon fiber wedge anchors compared to traditional steel anchors?

Compared with traditional steel anchors, carbon fiber wedge anchors have significant performance advantages in the following aspects:

Lightweight:

Carbon fiber anchors: The density of carbon fiber materials is much lower than steel, making carbon fiber anchors lighter. This lightweight advantage is particularly important in the aerospace, automotive industry and building structures, helping to reduce the weight of the overall structure and improve the convenience of transportation and installation.
Steel Anchors: Steel is heavier, making construction more difficult and costly, especially at high altitudes or in applications that require a large number of anchors.
Corrosion resistance:

Carbon fiber anchor: It has extremely strong anti-corrosion properties and can resist corrosive environments such as the atmosphere, salt water, chemicals, etc., and will not rust. This makes carbon fiber anchors more durable and reliable in harsh environments such as oceans and chemical plants.
Steel anchors: Although galvanized or stainless steel treated steel anchors also have certain anti-corrosion capabilities, corrosion problems may still occur during long-term use or in extreme environments, affecting the safety and service life of the structure.
High strength and rigidity:

Carbon fiber anchor: Carbon fiber material has extremely high strength and rigidity, and its strength-to-weight ratio is much higher than that of steel. In some applications, carbon fiber anchors can provide greater load-bearing capacity than steel anchors while reducing weight.
Steel anchor bolts: Although steel itself has high strength, its strength-to-weight ratio is not as good as that of carbon fiber materials, and it does not have an advantage in certain applications requiring high strength and lightweight.
Fatigue resistance:

Carbon fiber anchor: Carbon fiber material has excellent fatigue resistance and can withstand cyclic loads for a long time without fatigue damage. This is important for applications where structural components need to withstand long-term vibration or load changes, such as infrastructure construction such as bridges and subways.
Steel anchor bolts: Although steel performs well in terms of fatigue performance, fatigue cracks may still occur under long-term high-frequency loading, thus affecting structural safety.
Electromagnetic inertia:

Carbon fiber anchor: Carbon fiber is electromagnetic inert, non-conductive and does not produce electromagnetic interference. Therefore, in areas sensitive to electromagnetic interference, such as communication equipment and medical equipment installation, carbon fiber anchors are more suitable.
Steel anchor bolts: Steel is conductive and may cause electromagnetic interference in certain situations, affecting the normal operation of sensitive equipment.
Temperature resistance:

Carbon fiber anchors: In high-temperature environments, carbon fiber materials can maintain their mechanical properties and will not soften or melt. Therefore, carbon fiber anchors are suitable for applications that require high temperature resistance, such as aerospace and certain industrial fields.
Steel anchors: Steel may lose strength at high temperatures, and especially in extreme situations such as fires, steel anchors may fail, reducing the overall safety of the structure.