Steelite Aurora Vesuvius Rose Quartz City Mugs 285ml (Pack of 12)
Product Description
The Steelite Aurora Vesuvius Rose Quartz City Mug is a 285ml earthenware-style mug produced in alumina vitrified ceramic — a material commonly specified in commercial hospitality for its resistance to...
Specifications
- Box quantity
- 12
- Colour
- Yellow
- Material
- Alumina Vitrified Ceramic
Downloads
Product Description
The Steelite Aurora Vesuvius Rose Quartz City Mug is a 285ml earthenware-style mug produced in alumina vitrified ceramic — a material commonly specified in commercial hospitality for its resistance to the rigours of daily service, including repeated dishwasher cycling and the minor impacts of a busy front-of-house environment.
Aurora achieves its distinctive appearance through reactive glazes applied in combination, producing natural variation in colour and contrast across each piece. The Rose Quartz colourway sits within the broader Aurora range, which is designed to be backwards compatible with both the Steelite Revolution and Vesuvius ranges. In practice, this means operators can introduce Aurora pieces alongside existing tableware without visual inconsistency — a useful consideration when refreshing table settings incrementally rather than replacing stock all at once.
The City mug form is a practical, upright shape suited to hot beverages in café, restaurant, and hotel dining contexts. Alumina vitrified ceramic offers good chip resistance relative to standard earthenware, which matters in environments where mugs move quickly through service, collection, and washing. The reactive glaze finish also means minor surface variation between pieces is inherent to the range and not a quality defect.
These mugs are sold in packs of twelve, which suits initial orders and top-up purchasing for most table service operations. For sites with very high covers or significant breakage rates, it is worth considering stock volume at the outset rather than ordering reactively during service.
If you are building a tableware scheme around the Aurora range or want guidance on pairing with other Steelite collections, we are happy to help you think it through before you commit to quantities.
Key Features
- Alumina vitrified ceramic construction for durability in daily service
- Reactive glaze finish creates natural colour variation across each piece
- 285ml City mug form suited to hot beverage service
- Compatible with Steelite Revolution and Vesuvius tableware ranges
- Supplied in packs of 12 for practical quantity purchasing
Operational Benefits
- Withstands repeated commercial dishwasher cycles without rapid deterioration
- Allows incremental range refresh without clashing with existing Steelite tableware
- Consistent mug volume supports standardised hot beverage service across covers
- Chip-resistant material reduces replacement frequency in busy front-of-house settings
- Pack-of-12 format simplifies stock management and reorder planning
Specifications
- Box quantity
- 12
- Colour
- Yellow
- Material
- Alumina Vitrified Ceramic
Downloads
Frequently Asked Questions
- Yes. Alumina vitrified ceramic is a material routinely specified for commercial hospitality precisely because it tolerates the high temperatures and frequent cycles of commercial dishwashers better than standard earthenware. That said, as with all ceramic tableware, consistent heavy impact during handling will reduce service life over time.
- The Aurora range is designed to be backwards compatible with both Revolution and Vesuvius, so mixed use across a table setting is a recognised approach rather than a workaround. This makes it practical for operators who want to introduce the Aurora aesthetic without replacing an entire existing table scheme.
- Yes — reactive glazing produces natural variation in tone and pattern between individual pieces, and this is inherent to the Aurora range by design. If you are specifying Aurora for a setting where a very uniform appearance is important, it is worth viewing a sample first; we can advise on what to expect before you place a larger order.