People always asked about the difference between carbon fiber and aluminum . Why carbon fiber is expensive than aluminum ? Hopefully below information helps you to understand . Weight : The density of carbon fiber composites is about 1.6 g/cm³, which is significantly lighter than aluminum (density is about 2.7 g/cm³), about 40-50% lighter.… Continue reading Characteristics of Carbon Fiber and Aluminum
Read MoreIn today’s competitive photography and videography market, achieving unique angles and perspectives is more essential than ever. TIPTOP COMPOSITES is excited to introduce our high-quality carbon fiber telescopic photography poles, designed to help professionals and enthusiasts alike capture shots from elevated positions with ease, control, and stability. Available in lengths of 6M, 8M, 10M, 12M… Continue reading Elevate Your Photography Experience with Carbon Fiber Telescopic Poles
Read MoreTiptop Composites , we’re proud to announce our recent participation in the 51st Motorcycle Parts Exhibition, where we showcased our latest innovations in carbon fiber motorcycle parts.
Read MoreIn March, Tiptop Composites will showcase their latest innovations and product lineup at the professional motorcycle parts exhibition.
Read MoreCarbon Fiber, as usual, featured a mix of presentations covering carbon fiber (CF) supply and demand, new technologies and end market trends.
Read MoreCarbon Fiber, as usual, featured a mix of presentations covering carbon fiber (CF) supply and demand, new technologies and end market trends.
Read MoreCarbon fiber reinforced polymer (CFRP) finds the greatest use in high-end automobiles and supercars. The material has a very high strength-to-weight ratio.
Read MoreDemand for carbon fibre (CFRP) rollers is growing rapidly and CFRP is becoming the material in the automation industry.
Read MoreAs the automotive industry begins the transition from internal combustion to electric powertrains, composite materials are making a case for lightweight and sustainability.
Read MoreOur carbon fiber solutions deliver increased strength and rigidity, and ultralight – weigh less than half of traditional materials.
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