Carbon Fiber Winding Technology
Dry Winding (Towpreg)
Wet Winding
Pre-impregnating the carbon fibers in resin. This can accelerate the winding speed, and then the material is heated for curing.
The carbon fiber is dipped in the resin before being wound.
Inner Liner Molding Techniques
Blow Molding
Rotational Molding
Utilizing plastic rotational and centrifugal molding, Rayvatek possesses efficient production capabilities. The plastic molding technology can also switch between different materials according to customer requirements.
Rayvatek’s plastic molding technology is capable of producing large storage tanks with stable performance.
Introduction to Hydrogen Energy Technology
Rayvatek’s carbon fiber winding technology enables the production of robust storage tanks, achieving a container pressure of 700 bar. We have completed relevant certifications and testing, ensuring that this storage tank technology can safely store hydrogen, even exceeding average standards.
The use of hydrogen is becoming increasingly popular. It is produced by electrolyzing water using green electricity and then stored in carbon fiber-wound bottles, before being converted for use in fuel cells. We anticipate the scope of hydrogen use, both concrete and projected, to continue expanding.
Beyond simply providing hydrogen bottle storage tanks for streamlined energy storage or industrial and transportation applications, Rayvatek currently offers customized development for different materials other than hydrogen. For instance, our fluid storage tanks are now being utilized by clients as storage containers for the oxidizers required by small carrier rockets.
Electricity
Produce hydrogen
Store hydrogen
Utilized in fuel cells
1High Strength-to-Weight Ratio: Carbon fiber composite materials are renowned for their exceptional strength-to-weight ratio, significantly lighter than traditional metal materials. They are widely applied in fields such as aerospace, maritime, other mobile transportation vehicles, and the energy storage industry.
2Corrosion Resistance and Chemical Resistance: Carbon fiber composites exhibit superior corrosion resistance and chemical resistance. Their inherent chemical inertness allows them to adapt to harsh environments, including marine, chemical, and energy generation industries, not only extending the product’s lifespan but also reducing maintenance costs.
3Diverse Structural Design: Carbon fiber composites can be molded into various shapes and structures, allowing for customization according to the different shapes and size requirements of customers, thus broadening the application range of storage barrels.
4Impact Resistance: Carbon fiber composites possess excellent impact resistance, capable of withstanding cyclic stress without compromising structural integrity or inducing structural fatigue. This characteristic is particularly crucial in applications involving vibration, dynamic loads, and impacts.
In summary, the carbon fiber composite winding technology combines advantages such as high strength, lightweight design, corrosion resistance, and impact resistance. Additionally, Rayvatek is committed to sustainable development and environmental responsibility, minimizing its carbon footprint. Our technology contributes to the application of green energy and the development of lightweight transportation, thereby reducing fuel consumption and greenhouse gas emissions, promoting a greener future.
