  We analyze in detail the constraints on SUSY-model parameters obtained from
K-Kbar mixing in the hypothesis of a splitted SUSY spectrum. FCNC contributions
from gluino-squark-quark interactions are studied in the so-called mass
insertion approximation. We present boundaries on mass insertions and on SUSY
mass scales. We improve previous results by including the NLO-QCD corrections
to Delta S=2 effective Hamiltonian and the complete set of B-parameters for the
evaluation of hadronic matrix elements.
  A full set of magic-numbers, that can be used for further analyses of these
models, is also given. We find that the inclusion of NLO-QCD corrections and
the B-parameters change the results obtained at LO and in the Vacuum Insertion
Approximation by an amount of about 25-35%.
