Olympia Kristallon Polycarbonate Carafes 1Ltr (Pack of 6)

The Olympia Kristallon carafes are 1-litre polycarbonate vessels designed as a practical alternative to glass in commercial beverage service. Clear in appearance and closely resembling glassware, they are well suited to table water service, soft drinks, and juices in environments where breakage risk or glass restrictions make conventional glassware unsuitable.

In busy service environments, polycarbonate carafes like these are a sensible choice wherever staff are moving quickly, surfaces are hard, or customers are serving themselves. They hold their shape and clarity through regular use and are rated for approximately 500 dishwasher cycles, which makes them a cost-effective option over time compared to glass replacements.

From an operational standpoint, the key advantages are straightforward:

• Shatterproof construction reduces breakage losses and the associated safety risks
• Dishwasher safe, supporting efficient turnaround during busy service periods
• Lightweight at 240g, reducing fatigue for front-of-house staff carrying multiple items
• Supplied in a pack of six, practical for stocking a section or bar station
• Clear polycarbonate finish maintains a presentable appearance on the table

There are no special storage or handling requirements beyond standard smallwares care. As with all polycarbonate drinkware, avoid abrasive cleaning agents that can dull the surface over time, and check items periodically for crazing or clouding, which indicates the end of serviceable life.

These carafes are best suited to casual dining, pub and bar service, outdoor catering, and venues operating under glass-free policies — such as poolside, festival, or event settings. For very high-volume operations requiring larger quantities or a different format, it is worth considering whether jugs with handles or a larger capacity vessel would better suit the service style.

If you are unsure which format works best for your setup, the team is happy to help you work it through.