Bats & Technology

Composite Technology diagram, RAV - Air Vacumed out freeing air bubbles and impurities, EIP - Proprietary 2 part injected under heat and pressure

OUR COMPOSITE PROCESS

  1. Performance Inner Core – 2 layers of composite fibers are assembled with polylayers in between and then cured under high heat.
  2. A dual layer of braided carbon is applied over the performance inner core.
  3. A single layer of braided Aramid fiber is applied.
  4. Rapid Air Vacuum process (RAV) – pressurized mold holds layers in place as air is rapidly vacuumed out of the composite structure.
  5. Simultaneously, Epoxy Induction Process (EIP) – a proprietary 2 part epoxy* is pulled through the woven layers under constant heat and pressure, after the Rapid Air Vacuum process is complete.
  6. * Epoxy – Proprietary 2 part system which becomes crosslinked through an exothermic reaction to create a high strength, high elongation thermo-set matrix.
RAV and EIP technology used to increase sweetspot and durability

OUR COMPETITIVE ADVANTAGE

Due to RAV and EIP processes Worth composites are free
from air pockets and impurities, creating bats with the largest
sweetspot and highest durability in Worth’s history.
For details click on these high performance Worth bats
featuring RAV and EIP technologies.
Bats featuring RAV and EIP technology
Diagram, Aramid Fiber, Dual Layer Braided Carbon, Performance Inner Core
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