• October 12, 2024

EPS process (Expanded Polystyrene Molding Process) is an advanced technology used for manufacturing carbon fiber bicycle frames. This process can help manufacture lighter, stronger, and more precise carbon fiber frames. In the traditional manufacturing of carbon fiber frames, inflatable bags (bladders) are usually used for internal mold forming, but EPS process uses expanded polystyrene foam as the internal mold. During the molding process, the carbon fiber cloth layer will be covered with EPS foam, and the frame will be solidified and shaped under high temperature and pressure conditions. Finally, the internal foam will be removed to form a hollow frame structure. The specific steps of EPS process include the following key links: 1.Calculate the direction of force and material stacking: Firstly, use software to calculate the direction of force on the frame and determine the stacking method of carbon cloth to ensure the strength and rigidity of the frame. 2.Making EPS inner mold: Use polystyrene material to make the inner mold and fill it into the predetermined position of the frame. This internal mold serves as the foundation for molding, ensuring the precise shape and size of the frame. 3.Carbon fiber lamination: Based on the EPS inner mold, carbon fiber materials are stacked layer by layer, and through hot pressing and curing processes, the carbon fibers are tightly combined with EPS to form a sturdy frame structure. 4.Demolding and subsequent processing: After completing the lamination, remove the EPS inner mold, trim and surface treat the frame, and finally obtain the finished frame. The main advantages of EPS technology include: - Smooth inner wall: compared with the traditional inflatable airbag process, EPS foam inner mold can achieve a more accurate internal shape, making the inner wall of the frame more smooth and reducing excess resin accumulation. - Lightweight: Due to the more precise inner walls, the frame requires less resin and materials, thereby reducing the weight of the frame. - More uniform structure: Through more stable mold support, the carbon fiber layer is subjected to more uniform forces during the curing process, reducing defects such as bubbles and wrinkles, and improving the overall strength and consistency of the frame. - Reduce waste: Due to the high precision of the inner mold, the cutting and laying of carbon fiber fabric are more accurate, reducing material waste in production. EPS technology is gradually being applied to high-end carbon fiber bicycles because it can provide higher structural strength, lower weight, and better riding performance.

• September 23, 2024

We are excited to announce to cycling enthusiasts worldwide that the BXT online store has officially opened! As a leader in the field of carbon fiber bikes and their accessories, we are committed to integrating cutting-edge technology and innovative design into every product, bringing unprecedented riding experiences to riders. The birth of BXT online store(https://www.bxtbikes.com) marks an important step forward for us in providing a more convenient and efficient shopping method for the global cycling market. Here, you will easily browse and purchase the latest carbon fiber bikes, finely crafted carbon fiber frames, and a range of high-quality carbon fiber bicycle parts. We are well aware that every bicycle carries the passion and dreams of riders. Therefore, from material selection to craftsmanship, we strive for excellence to ensure that every product can meet your dual pursuit of speed and quality. For the convenience of your shopping experience, BXT online store not only has an intuitive and easy-to-use interface design, but also provides detailed product information, high-definition physical pictures, and professional purchasing guides. Whether you are a professional rider or a cycling enthusiast, you can find the most suitable equipment for yourself here. At the same time, we provide flexible and diverse payment methods as well as fast and secure logistics services to ensure that every order you place is convenient and reassuring. In addition, BXT online store also promises that we will continue to monitor industry trends, constantly introduce new technologies and products to meet the constantly changing needs of the market. We believe that through unremitting efforts and innovation, BXT will become your most solid partner on your cycling journey. Join us now and explore the infinite possibilities of carbon fiber cycling together! BXT online store, looking forward to embarking on an extraordinary cycling journey with you.

• September 03, 2024

In the era of pursuing efficiency, speed, and passion in cycling, carbon fiber road bikes have become the new favorite of cycling enthusiasts with their unique charm and excellent performance. As a leading manufacturer of carbon fiber bicycles in China, BXT is committed to seamlessly integrating this high-tech material into bicycle manufacturing, bringing riders an unprecedented riding experience. This article will delve into the advantages of carbon fiber road bikes from multiple dimensions. 1.Ultimate lightweight and high strength Carbon fiber, known as the "king of new materials", is renowned for its extremely low density (about 1.6 grams per cubic centimeter) and extremely high strength. This feature enables carbon fiber road bikes to maintain lightweight (frame weight can be as low as around 1200 grams) while still possessing excellent load-bearing capacity and impact resistance. Compared to traditional aluminum alloy or steel frames, carbon fiber frames can significantly reduce the weight of the entire vehicle, improve riding agility and acceleration performance, and make it easier and more comfortable for riders to climb slopes and accelerate. 2.Excellent shock absorption performance Carbon fiber materials have excellent vibration absorption ability, which can effectively alleviate the bumpy feeling caused by uneven road surfaces during cycling, thereby improving the comfort of riding. For long-distance cycling enthusiasts, this feature is particularly important as it can reduce physical fatigue and make cycling more enjoyable. 3.Excellent aerodynamic design The manufacturing process of carbon fiber road bike frames allows manufacturers to use complex mold technology to create streamlined frames with minimal wind resistance. This design not only enhances the aesthetic appearance of the vehicle, but more importantly, it can significantly reduce wind resistance during high-speed driving, improve riding speed, and reduce the rider's physical exertion. 4.High plasticity and customization Compared to metal frames, carbon fiber frames have higher plasticity and can be molded into various complex shaped parts through molds. This means that manufacturers can highly customize designs based on the needs and preferences of riders, such as adjusting the geometric structure of the frame, optimizing riding posture, etc., to achieve the best riding effect. 5.Durability and corrosion resistance Carbon fiber materials have excellent corrosion resistance and fatigue resistance, and can maintain stable performance in various harsh environments. This feature enables carbon fiber road bikes to maintain good condition and extend their service life in humid, rainy, or high salt areas. 6.Integration of intelligent technology With the development of technology, some high-end carbon fiber road bikes have also incorporated intelligent technology elements, such as GPS positioning, heart rate monitoring, riding data analysis and other functions. These features not onl...