-
How to improve the dispersion uniformity of carbon fibers in the EVA matrix?
How to improve the dispersion uniformity of carbon fibers in the EVA matrix? Surface Modification – Chemical Oxidation Method： The chemical oxidation method uses strong oxidants to treat the surface of carbon fibers, introducing oxygen-containing functional groups such as carboxyl a...Read more -
Carbon Fiber: T300, T700, T800 & T1100
Which classifications is carbon fiber divided into? -Just like stars that have different brightness, T300, T700, T800 and T1100 in the carbon fiber family are all shining brightly in different application areas, and together they are drawing a magnificent picture of science and technology. ...Read more -
DIfferent Between TPU and TPU-CF
Differents between TPU and TPU-CF (Thermoplastic Polyurethane – Carbon Fiber Reinforced Plastic) 1. High-Temperature Resistance: TPU: The Heat Deflection Temperature (HDT) of TPU is typically around 80°C to 100°C. TPU-CF: The heat resistance of TPU CF is significantly improved due to the a...Read more -
DIfferent Between PPS and PPS-CF
Differents between PPS and PPS-CF (Polyphenylene Sulfide – Carbon Fiber Reinforced Plastic) 1. High-Temperature Resistance: The Heat Deflection Temperature (HDT) of PPS is around 280°C, and when carbon fibers are added, the heat resistance of PPS-CF improves to 260°C-270°C. Despite this, ...Read more -
Benefits of PPS-CF
Benefits of PPS-CF (Polyphenylene Sulfide – Carbon Fiber Reinforced Plastic) 1. High-Temperature Resistance: Heat Deflection Temperature: The heat deflection temperature of PPS is around 280°C, and when carbon fibers are added, the material’s heat resistance improves to 260°C to 270...Read more -
Differences between PA6 CF and PA6 GF
Differences between PA6 CF and PA6 GF PA6 (Polyamide 6), as a commonly used engineering plastic, has attracted much attention due to its excellent comprehensive properties. To further enhance the performance of PA6 to meet the diverse requirements of different industries, it is often subje...Read more -
What’s Carbon New Material?
Carbon New Material Leading the Future Materials Revolution Material innovations are continuously spurring revolutionary shifts across diverse industries. Carbon new materials, possessing unique traits and broad application potential, have become a prominent focus, shining strikingly like a star ...Read more -
Comparisons of PA66 with Different Carbon Fiber Contents
PA66-CF composites are widely used in many industrial fields due to their excellent properties. Carbon fiber, with its high strength, modulus, and good thermal and electrical conductivity, enhances PA66’s performance. But as the CF content in PA66 changes, its properties vary. The following...Read more -
Multifunctional carbon fiber composites for electrochemistry
Modern science and technology are developing quickly, thus creative materials are always emerging in the field of materials science to satisfy increasing needs of business and scientific study. Among them, carbon fiber composites have drawn lot of interest because of their outstanding performance...Read more -
PA66 CF in Automotive Lightweighting
What are the goals and significance of automotive lightweighting? The goal of automotive lightweighting is mainly to reduce the curb weight of cars while ensuring safety, comfort and performance. Automotive lightweighting is of great significance. 1. It can improve fuel economy. For traditional f...Read more -
What factors will affect the reinforcement effects of POM CF composites?
Polyoxymethylene carbon fiber reinforced material (POM CF) has emerged as a key player, renowned for its exceptional blend of properties that make it invaluable across various industries. To fully harness the potential of POM CF, it is essential to understand the factors that influence its reinfo...Read more -
How to Improve the Toughness of PA66 CF Composites?
The high toughness of PA66 CF composites brings many benefits. First of all, it can improve product reliability. It can withstand impact loads. For example, automotive parts can better deal with bumps and collisions during driving. In the aerospace field, it can also maintain structural integrity...Read more
