DymFlow: Advancing Composite Reinforcement Technology
DymFlow, a stitch-free innovation in composite reinforcement, represents a significant leap in close mold mat technology. This cutting-edge solution features a unique fiber layer that serves as a surface tissue, characterized by a precise composition of low-melt fiber. This specialized layer can be re-activated without compromising the resin flow, mechanical properties, or surface finish of the final product.
Available in a range of weights and thicknesses, DymFlow offers unparalleled productivity combined with top-tier surface finish quality. Its adaptability makes it an ideal choice for various applications across industries.
“ADVANTAGES:“
One of the key advantages of DymFlow lies in its compatibility with the Preform process, leveraging infrared light and vacuum technology. This innovative approach allows the mat to conform seamlessly to the contours of the mold, facilitating precise fiber layup without the need for additional manipulation to achieve intricate corners.
The benefits of DymFlow extend beyond its application process. By eliminating the need for stitching, it ensures a superior final appearance of parts with clean, well-defined corners. Moreover, components are securely fixed without chemical binders, mitigating the risk of adverse reactions with resin components.
The high resiliency of DymFlow contributes to the consistency of part thickness, effectively compensating for any imperfections in the mold. This feature, combined with its ability to facilitate clean splicing when overlapping composite materials, enhances overall manufacturing efficiency.
Furthermore, parts produced with DymFlow boast clean, finished edges devoid of fraying, thanks to its stitch-free design. The absence of continuous stitching also streamlines the removal of excess mat from the mold, saving valuable lay-up time and resources.
The polyester core used in DymFlow offers a myriad of advantages, including improved resilience, enhanced performance, and durability of composite materials. Its compatibility with polyester resin ensures efficient resin flow during production, resulting in consistent quality and minimized defects.
Tailoring DymFlow to specific application and mold requirements is made possible through adjustable core and chopped fiberglass layer weights. This flexibility allows for the creation of customized composite materials tailored to meet diverse needs, ranging from 110g/m2 to 200g/m2 for the core and 150g/m2 to 900g/m2 for the chopped fiberglass layers.
“Conclusion:“
In summary, DymFlow represents a groundbreaking advancement in composite reinforcement technology, offering unmatched versatility, efficiency, and quality across a wide spectrum of applications.
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