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The `analyticity' of a finite-system partition function has been argued to imply universal values for isobaric critical exponents, $\\alpha_{{\\scriptscriptstyle{P}}}$, $\\beta_{{\\scriptscriptstyle{P}}}$ and $\\gamma_{{\\scriptscriptstyle{P}}}$. Here we test this prediction by analyzing NIST REFPROP data for twenty major molecules, including $\\mathrm{H_{2}O, CO_{2}, O_{2}}$, etc. We report they are consistent with the prediction for temperature range, $10^{-5} <|T/T_{c}-1|<10^{-3}$. 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