maximal stop mixing. From the model building point of view, it is quite difficult to realise the maximal stop mixing scenario starting from ultraviolet (UV) theory. In minimal gauge mediation (MGM) [@Dine:1993yw; @Dine:1994vc; @Dine:1995ag; @Giudice:1998bp], soft tri-linear A term is not generated at the messenger scale and the radiatively generated A term at the weak scale is not large enough to realise the maximal stop mixing. As a result, colored superpartners should be as heavy as 5 to 10 TeV to explain 125 GeV mass of the Higgs boson [@Ajaib:2012vc; @Feng:2012rn]. Therefore, the explanation of 125 GeV Higgs boson mass needs an extra help in minimal gauge mediation. Next to the minimal supersymmetric standard model (NMSSM) can use the extra contribution from the Yukawa F-term of the singlet. For instance, look at [@Bae:2012am]. Extra vector-like fermions are added in minimal gauge mediation [@Martin:2009bg; @Martin:2012dg; @Bae:2012ir]. Direct coupling of visible sector fields with messengers can help. Higgs-messenger mixing [@Kang:2012ra; @Craig:2012xp] and matter-messenger mixing [@Shadmi:2011hs; @Albaid:2012qk; @Abdullah:2012tq; @Evans:2012hg; @Evans:2011bea] can generate Yukawa mediated contribution including A term at the messenger scale. However, at the same time the virtue of gauge mediation is gone and they would spoil nice flavor preserving spectrum and 