Inline & offline digital printing primers certified for use with HP Indigo presses.
Water-based overprint coatings increase durability and enhance the look & feel of inkjet-printed materials.
High-performance primers for inkjet that improve print quality & ink adhesion on film & paper.
Advanced materials designed to enhance the performance and processing of agricultural products.
Recyclable water-based coatings that confer high barrier to paper-based packaging and wraps.
Enhancing composite performance through optimized fiber-polymer interface adhesion
Sizing solutions designed for use in the manufacturing of glass fiber, carbon fiber and natural fiber.
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Hydrosize® Carbon is part of Michelman’s Hydrosize® brand family of water-based sizing solutions that allows carbon fiber manufacturers to tailor the surface chemistry of their reinforcement fibers to the chemistry of the matrix resin, thereby optimizing the interfacial adhesion between the polymers and fibers. This technology allows the composites industry to exploit the benefits of carbon fiber.
Composite samples containing sized vs. un-sized carbon fibers showed significant improvements in tensile modulus and strength when compared against each other.
Tensile samples were prepared by feeding chopped carbon fibers (30 wt. %) and a Nylon 6,6 matrix into a lab scale compounder and then into an injection molder. The mechanical properties of composites containing both sized vs. un-sized carbon fibers were evaluated by following the ISO 527 method, where a minimum of 10 samples of each were tested for each data point presented in the graphs.
Composites that require high temperature processing typically require the use of high temperature polyamide, polyimide, PPS, and PAEK based resins. Our Hydrosize® Carbon grades provide excellent thermal stability and are specifically designed to withstand elevated processing and subsequent applications.
Carbon fibers sized with Hydrosize® Carbon 280 in a Nylon 6,6 matrix (left) are uniformly coated, providing stronger interfacial adhesion between the resin and the fiber, and imparting enhanced impact resistance, tensile strength, and fatigue resistance compared to the same matrix with un-sized fibers (right).
This series of grades offers a wide variety of solutions depending on resin compatibility, fiber type, and desired composite performance.