PRODUCT DISPLAY

32-bit digital signal processing chips (DSPs) are microprocessors specifically designed to process digital signals quickly and efficiently. They are used in a wide variety of applications, including audio and video processing, communications, radar, and medical devices. These chips typically have high-speed mathematical computing power and a hardware architecture optimized for signal processing tasks.

HT67F2362 is an 8-bit high-performance RISC architecture microcontroller produced by Holtek Semiconductor Inc., featuring A/D flash memory and LCD driver functions, suitable for a wide range of applications that require analog signal interfaces and LCD displays.

Carbon fiber wheels, as a new type of automotive wheel hub material, have the following characteristics and descriptions:
Lightweight: Carbon fiber wheels are lighter compared to traditional aluminum alloy or steel wheels. Generally, aluminum alloy wheels weigh about 15 kilograms, while carbon fiber wheels can reduce their weight to around 8 kilograms, becoming a "miracle" for car weight reduction
High strength: The density of carbon fiber material is lighter than that of metal, but its strength is 16 times that of steel, which makes carbon fiber wheels have high-strength characteristics while maintaining lightweight
High modulus: The Young's modulus of carbon fiber is 2-3 times that of traditional glass fiber, which makes carbon fiber wheels exhibit better elasticity and fatigue resistance under load
Corrosion resistance: Carbon fiber materials have excellent corrosion resistance and are not easy to rust, which is very beneficial for improving the durability and service life of wheel hubs.

Carbon fiber steering wheel is a type of car steering wheel made of carbon fiber material, which has the following characteristics and descriptions:
Lightweight: The carbon fiber steering wheel is lighter than a regular steering wheel, which helps reduce the overall weight of the vehicle and improve handling performance
High strength: Carbon fiber material has high strength, making the carbon fiber steering wheel more sturdy and durable than ordinary steering wheels
Corrosion resistance: Carbon fiber materials are not easily corroded by external environments and have good corrosion resistance
Avant garde appearance: The carbon fiber steering wheel has a stylish and cool appearance, which can enhance the fashion and sportiness of the vehicle interior
Slip resistance: In hot summer, the carbon fiber steering wheel will not slip when palms sweat, providing a better grip
High temperature resistance, friction resistance, and conductivity: Carbon fiber materials have the characteristics of high temperature resistance, friction resistance, and conductivity, and were first applied in the field of racing
Durability: Carbon fiber steering wheel has high durability
Daily maintenance: The daily maintenance of the carbon fiber steering wheel is relatively simple

Black carbon fiber metal parts usually refer to metal composite materials reinforced with carbon fiber. Carbon fiber is a high-strength, high modulus inorganic fiber material with the following characteristics:
Lightweight and High Strength: The density of carbon fiber is approximately 1.5-2 g/cm ³, which is equivalent to 1/4 of steel and 1/2 of aluminum alloy, but its strength is 4-5 times that of steel
High and low temperature resistance: able to maintain performance at extreme temperatures, even in a non oxidizing atmosphere of 3000 ℃, it will not melt or soften, and can still maintain flexibility at liquid nitrogen temperature
Corrosion resistance: It has high resistance to chemicals such as acid and alkali, and is not easily corroded
Fatigue resistance: Compared to metal materials, carbon fiber materials have excellent fatigue resistance and perform well under high pressure and repeated loading conditions
Low coefficient of thermal expansion: Carbon fiber has a low coefficient of thermal expansion, which means it has good dimensional stability under temperature changes
Conductivity: Carbon fiber has good conductivity and can be used in applications that require conductivity.
Design feasibility: Carbon fiber composite materials can design parts with specific mechanical properties by changing the direction and number of layers of fibers, providing higher flexibility

Lightweight: The density of carbon fiber materials is much lower than that of steel and aluminum, so the weight of carbon fiber bicycle saddles is very light, which helps improve the overall performance of bicycles, especially in racing and long-distance riding
High strength and rigidity: Carbon fiber has high tensile strength and rigidity, which makes the carbon fiber saddle perform well in withstanding the rider's weight and various pressures during cycling, and is not easily deformed or damaged
Good shock absorption performance: Carbon fiber materials can absorb vibrations during cycling, providing better riding comfort and reducing discomfort that riders may encounter during long-term cycling