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The existence and stability of defect solitons supported by parity-time (PT)symmetric superlattices with nonlocal nonlinearity are investigated. In thesemi-infinite gap, in-phase solitons are found to exist stably for positive orzero defects, but can not exist in the presence of negative defects with strongnonlocality. In the first gap, out-of-phase solitons are stable for positive orzero defects, whereas in-phase solitons are stable for negative defects. Thedependence of soliton stabilities on modulation depth of the PT potentials isstudied. It is interesting that solitons can exist stably for positive and zerodefects when the PT potentials are above the phase transition points.

Defect solitons supported by nonlocal PT symmetric superlattices