ARAVEN Polypropylene Hiball Glass – 300 ml Reusable Drinkware

A reusable hiball glass designed for high-turnover catering and hospitality settings where durability and presentation matter. Unlike traditional glassware, this tumbler is made from polypropylene, a material that resists breakage even when dropped or knocked. The transparent finish mimics the clarity of glass, allowing drinks to be displayed with the same visual appeal while eliminating the risk of shattered fragments in busy environments like festivals, swimming pools or tourist accommodation.

The hiball shape is a staple in drink service, offering a tall, slender profile that suits mixed drinks, soft beverages and water. Its proportions make it easy to hold, stack and carry, reducing spills and improving efficiency behind the bar or at self-service stations. The 300 ml capacity is tailored to standard serving sizes, ensuring consistent portion control without overfilling.

To use, simply fill with the desired beverage and serve. The tumbler can be stacked when empty to save space, and its lightweight construction makes it practical for both staff and guests to handle. After use, it is washed and reused, cutting down on single-use waste and supporting sustainable operations.

Constructed from polypropylene, the glass is lightweight yet robust, withstanding repeated use and cleaning cycles. The material is also resistant to staining and odour retention, maintaining a fresh appearance over time. The dimensions—59 mm in diameter and 154.5 mm in height—fit standard glass racks and under-counter storage, integrating seamlessly into existing workflows.

Cleaning is straightforward: wash in warm water with standard dishwashing detergent, either by hand or in a commercial dishwasher. The smooth surface prevents residue build-up, and the material dries quickly, ready for the next service. No special treatments or polishes are required.

This hiball glass is part of ARAVEN's range of reusable catering tableware, designed for environments where safety, efficiency and presentation are priorities. Its unbreakable nature makes it a practical alternative to glass without compromising on aesthetics or functionality.