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Применение углеродного волокна в теннисной ракетке

С 1950-х гг., с постоянным улучшением мирового экономического уровня, спорт также постоянно прогрессирует, и теннис - один из них. Это красивый и интенсивный вид спорта, популярный во всем мире.. Материал теннисной ракетки прошел несколько этапов обработки древесины., металл, и стекловолокно. Cегодня, самая популярная - теннисная ракетка из углеродного волокна.. Эта статья расскажет вам о применении углеродного волокна в теннисных ракетках..

The carbon fiber tennis racket was born in the 1980s. Имеет очевидные преимущества: высокая сила, легкий вес, хорошая гибкость, отличная амортизация, и он не скользит в руке. Все мы знаем, что углеродное волокно легче стали, yet its strength is four times that of it. The light weight can reduce the physical energy consumed by the athlete when swinging the racket, and the high strength can prevent it from being damaged by the impact of the tennis ball. When the wrist is impacted by force, there will always be damage, which is why athletes often wear wrist guards. Carbon fiber has a good shock absorption effect and can protect the wrist to the greatest extent. Long-term exercise will make the human body sweat, the carbon fiber does not slip, is not eroded by sweat, and will not affect the athlete's performance.

Carbon fiber tennis rackets have been warmly welcomed since its introduction. Compared with it, wooden tennis rackets have high requirements on wood, which can be said to be harsh, and the processing process is also quite difficult. Metal materials have high strength and good plasticity, but the shock absorption effect is too poor, which can easily cause occupational diseases. As for glass fiber reinforced plastics, it is much better than metal materials, but there is still a certain distance compared to carbon fiber. The application of carbon fiber rackets can be said to be the revolution of raw materials in the history of tennis. It provides better equipment for athletes.


Время публикации: 2020-09-11