The Tiffany Kitchen
Tiffany Kitchen
A double-stacked entertainer's kitchen built for tall ceilings and serious hosting.
The Tiffany Kitchen is constructed with thermolaminated cabinetry doors in a 5-piece shaker profile, available across a curated palette of Luxe, Satin, Super Matt, and Husk finishes. The double-stacked configuration maximises vertical storage, while the layout accommodates a freestanding cooktop and a dedicated butler's sink provision. An optional integrated fridge upgrade panels the Inalto IIFF241 flush with the cabinetry for a continuous facade.
Product Details
- Construction: Thermolaminated 5-piece shaker door cabinetry
- Finish options: Luxe, Satin, Super Matt, and Husk — 16 colourways available
- Configuration: Double-stacked cabinetry with full-height upper and lower runs
- Consumables storage: Pantry Space or Add Integrated Fridge (Inalto IIFF241 compatible)
- Provisions: Freestanding cooktop cutout, butler's sink provision
- Weight: 750 kg (full bundle)
Best For
Homes with ceiling heights that support double-stacked cabinetry, where storage volume and visual continuity are the primary brief. The Tiffany is suited to open-plan living and dining spaces where the kitchen is a focal point, and where the owner entertains regularly and requires both pantry depth and appliance integration in a single cohesive fit-out.
Get this high-value kitchen bundle at a special discount! Adding individual cabinets won’t apply the discount. Customize your kitchen by adding extra cabinets to the bundle.
With this order, you'll receive:
Refer to plans for cabinet inclusions.
Doors 18mm thick can be selected in the product variant from the available thermolaminated finishes.
Thermolaminate doors are single sided.
Australian made cabinetry.
All cabinetry comes pre-built ready for installation.
Lifetime warranty soft close engineered hinges and drawer runners.
High moisture resistant cabinets.
Adjustable commercial grade polymer legs.
Designed thoughtfully by Home Design co. and compliance checked for safety and functionality.