  We propose new production mechanisms for light fermiophobic Higgs bosons
($h_f$) with suppressed couplings to vector bosons ($V$) at the Fermilab
Tevatron. These mechanisms (e.g. $qq'\to H^\pm h_f$) are complementary to the
conventional process $qq'\to Vh_f$, which suffers from a strong suppression of
$1/\tan^2\beta$ in realistic models with a $h_f$. The new mechanisms extend the
coverage at the Tevatron Run II to the larger $\tan\beta$ region, and offer the
possibility of observing new event topologies with up to 4 photons.
