DymFlow stands as a pinnacle of composite mat innovation, integrating a specialized fiber layer to serve as a surface tissue. Notably, this layer boasts a unique feature, housing a precise amount of low-melt fiber that can be re-activated without compromising the resin flow, mechanical properties, or surface finish of the final product.

For applications requiring fire retardancy, DymFlow FR (Fire-resistant) emerges as the ideal solution. Crafted from FR polyester fiber, it meets the stringent M1 requirements outlined in the French standard NFF16101 when paired with Resin 9038 (Reichold). DymFlow FR upholds the same production principles as its counterpart, devoid of any chemical binders or stitching.

Beyond its fire-resistant properties, DymFlow offers a host of additional features. It facilitates efficient resin flow, boasts enhanced tensile strength, and uniformly reflects light. With a fiber length range spanning 50mm to 200mm, and the absence of stitching, it delivers a superior cosmetic appearance. Components are securely fixed without chemical binders, ensuring compatibility with various resin types. Furthermore, DymFlow can be preformed using heating and vacuum, accommodating complex profiles with ease.

The advantages of DymFlow are manifold. It securely fixes components without the need for chemical binders, ensuring consistency in the final product. DymFlow FR’s high resiliency yields parts with uniform thickness, compensating for any imperfections in the mold and resulting in high-quality end products. The absence of stitching in DymFlow mats enhances the visual appeal of parts, facilitating the quick and easy achievement of clean corners within the mold. Moreover, DymFlow enables clean splicing when overlapping composite materials, with finished edges free of fraying.

DymFlow mats are available in various weights and thicknesses, ensuring adaptability to diverse needs while delivering optimal productivity and surface finish quality. The polyester core used in DymFlow products offers superior compatibility with polyester resin, enhancing resiliency and resin flow efficiency. The weight of the core and chopped fiberglass layers can be adjusted to meet the specific requirements of the mold cavity.

The DymFlow product line leverages innovative technology, making it an ideal choice for the Preform process. This process, utilizing infrared light as a heating system and vacuum, allows for easy shaping of the mat to fit the contours of the mold. Precise placement during fiber layup eliminates the need for additional tucking, resulting in a quicker and more efficient process overall.

DymFlow‘s innovative design extends beyond its composite mat structure. The integration of a specialized fiber layer with a precise amount of low-melt fiber allows for unique re-activation properties without compromising the integrity of the final product. This feature is particularly advantageous in applications where post-processing adjustments or re-forming may be necessary, providing flexibility and ease of use unmatched by traditional materials.

Furthermore, DymFlow‘s compatibility with a wide range of resin systems enhances its versatility and applicability across various industries. Whether used in marine, automotive, aerospace, construction, or sports equipment manufacturing, DymFlow offers consistent performance and reliable results.

Additionally, the absence of chemical binders or stitching in DymFlow FR makes it a safer and more environmentally friendly choice for applications requiring fire retardancy. By meeting stringent industry standards without relying on harmful additives, DymFlow FR ensures compliance while prioritizing safety and sustainability.

Moreover, DymFlow’s suitability for preforming processes, such as infrared heating and vacuum molding, underscores its adaptability to advanced manufacturing techniques. By streamlining production processes and minimizing waste, DymFlow contributes to overall efficiency and cost-effectiveness in composite manufacturing operations.

Overall, DymFlow represents a cutting-edge solution for achieving excellence in surface quality, mechanical performance, and production efficiency across a wide range of composite applications. Its innovative design, combined with superior material properties and manufacturing capabilities, positions it as a premier choice for demanding industries seeking top-tier reinforcement solutions.