IMP performance official Carbon FIber Front Bumper Canards for 8 SERIES G14 convertible G15 Coupe G16 4DR Gran Coupe 840 850

Detailed drawing:   

The effect of the front bumper canards on automobiles

There are several uses for the front bumper canards of cars. Firstly, they serve as decorative purposes; Secondly, many original cars will have a canards wrap component, which mainly serves to protect the front bumper. Generally, slight scratches do not damage the front bumper, only the canards wrap damage. The cost of replacing the canards wrap is not as high as replacing the front bumper; Thirdly, the angle of the modification has been specially designed to play a certain role in the aerodynamic guidance of the car, especially the rear bumper angle. In addition, the corners of the modified parts also play a certain role in improving the appearance of the vehicle body.

 Introduction to Automotive Carbon Fiber

1. Automotive carbon fiber generally refers to some materials woven or laminated with carbon fiber.

2. Carbon fiber has characteristics such as high temperature resistance, friction resistance, conductivity, thermal conductivity, and corrosion resistance. It is mainly used as a reinforcing material and is used to manufacture advanced composite materials with resins, metals, ceramics, and carbon composites.

3. The specific strength and specific modulus of carbon fiber reinforced epoxy resin composite materials are the highest among existing engineering materials.

4. The advantages of carbon fiber are as follows:

Lightweight: Currently, the very popular electric vehicle has become a bottleneck in its development due to the short range of battery technology, so it can only be solved through the replacement of body structure and materials.

The weight of carbon fiber composite materials is 1/2 lighter than steel and 1/3 lighter than aluminum.

The most direct impact is longer range and more energy-efficient.

Comfort: The soft stretching performance of carbon fiber can greatly improve the noise and vibration control of the entire vehicle, which will greatly enhance the comfort of the car;

Reliability: Carbon fiber has high fatigue strength and good collision energy absorption, which can reduce the weight of the entire vehicle while maintaining strength and safety, and reduce the safety risk coefficient after lightweight;

Improving service life: It is required that certain parts of the car are not corroded and must undergo tests of high temperature, low temperature, and smoke.

5. Ordinary metal parts cannot guarantee their service life in different environments.

6. Carbon fiber has no corrosion or rust issues, thus extending the service life of automotive components.