Is an axizilla possible for di-photon resonance?

Heavy axion-like particles, called axizillas, are simple extensions of the standard model(SM). An axizilla is required not to couple to the quarks, leptons, and Brout-Englert-Higgs doublets of the SM, but couple to the gauge anomalies of the $W^{\pm },Z$ and photon. It is possible to have its branching ratios(BRs) to two photons greater than 10% and to two $Z$’s less than 10%. To have a (production cross section)$\cdot$(BR to di-photons) at a ${10}^{-38}{\text{cm}}^2$ level, a TeV scale heavy quark $Q$ is required for the gluon–quark fusion process. The decay of $Q$ to axizilla plus quark, and the subsequent decay of the axizilla to two photons can be fitted at the required level of ${10}^{-38}{\text{cm}}^2$.