The answer starts by quoting the peninsula as a factory length. Kitchen, wardrobe, bath, and storage systems use 304 stainless steel cabinet bodies. The brief asks the quoted peninsula run to stop at a visual gap so that opening is on the ticket. That is the only way a compact Los Angeles apartment can keep daily cooking on steel without walling off dining.
Cooking faces stay factory steel. The kitchen run uses 304 stainless steel cabinet bodies. The peninsula and the wall run stay on the same factory steel face. Handles stay off the drawing. What the ticket names is the face, the stop point, and the opening that remains a visual gap toward the sofa.
The living opening is left empty on purpose. Stainless steel kitchen cabinetry in this apartment does not need a fourth closed elevation to look finished. The gap is the architectural product: a clear sightline from dining to the cookline, wide enough that two people can pass while a pot is on the heat. That gap is dimensioned on the same ticket as the steel run.
The bath vanity continues the same steel face on the wash run. It does not introduce a second finish family. The bath vanity uses a 304 stainless steel cabinet body, so the wash run stays on the same cabinet-body material as the kitchen. The vanity is a short quoted run, not a furniture object.
Wardrobe storage that faces the living room stays on the same steel language. Visible living-room storage is part of the owner scenario, so the wardrobe cannot look like a wood closet parked beside a steel kitchen. The wardrobe run is quoted as tall factory faces that stop at the same opening logic used in the kitchen. What the sofa sees is one material, two functions.
Procurement then has three measurable decisions: which elevations stay factory steel, how long the peninsula runs, and which opening stays a visual gap. Those decisions replace a generic number stack. The quote can price brushed faces, the empty gap, and the bath and wardrobe continuations without adding extra hardware figures the drawing does not need.