Hybrids are normally a blend of polyesters (PE), vinyl esters (VE), and epoxies that achieve the optimal set properties for a product. The ability to custom blend resins and various reinforcements affords the ability to optimize the properties very specifically.
Hybrids are very compatible with glass fibers and, depending on the blends, it’s possible to enhance the bondability with other reinforcements like carbon and even aramids.
Open Molding (Hand Lay-up/Spray-up), SMC/BMC, RTM. The best process for your product is a function of your tooling budget, part specification (such as dimensional tolerance and physical properties) and production volume.
Typically glass, but can also be carbon fiber.
Special Design Considerations
MFG’s dedicated design experts are available to help with your product design. MFG’s Technical Design Guide for FRP Composite Products and Parts provides in-depth information for product designers. You can download it on the bottom of this page.
Properties are very similar to polyester, vinyl ester, epoxy and polyurethane as described in those sections. Given the range of blending, properties can be highly tailored to your targets.
The strength-weight ratio is very impressive in comparison to metal because of the low starting density of 1.1 grams/cc for the resin alone.
In some cases shelf life (how long the mixture can be stored) may be a factor, as well as blending costs. MFG can tailor properties specifically for your application. Our dedicated R&D Center is staffed with professionals with decades of formulating expertise to help you.
Facts About Styrene 2013
Educational video on the effects of styrene. This video is part of ACMA's Risk Communication Program that provides information tools about chemical health risks.
Technical Design Guide for FRP Composite Products and Parts
Fiber glass (FRP) composite materials and processes are explained in detail. This design guide outlines various selection criteria with helpful technical data and comparisons to alternative materials.