Gênes glass Ø4,8 cm H.15,1 cm

The Gênes Tritan glass is an ideal solution for professionals looking for an elegant, durable, and highly resistant drinking glass. Designed for intensive use, this glass combines the aesthetics of traditional glass with the strength of a high-performance material. Its construction in recyclable, BPA-free Tritan ensures safe use for food contact while offering excellent impact resistance.

Thanks to its slender shape and crystal-clear transparency, the Gênes glass is perfectly suited for serving a wide variety of beverages: water, cocktails, juices, sodas, or refreshing drinks. It is a preferred choice for professionals in the restaurant, hospitality, and events industries, as well as beach bars, swimming pools, nightclubs, and outdoor events where safety and durability are essential.

Its unbreakable and washable material allows repeated use while maintaining its shiny appearance over time. This glass is also customizable from 300 pieces per color, making it an excellent communication medium for brands, festivals, hospitality venues, or promotional events.

Features

• - Model: Gênes Glass
• - Diameter: 4.8 cm
• - Height: 15.1 cm
• - Maximum width: 6.55 cm
• - Material: High-quality Tritan
• - BPA-free
• - Recyclable and reusable
• - Unbreakable and highly impact-resistant
• - Washable and suitable for professional use
• - Food contact safe
• - Customizable from 300 pieces per color

Advantages

• - A durable and safe alternative to traditional glass
• - Premium transparent look similar to real glass
• - Ideal for environments where glass is prohibited or risky
• - Reduces costs related to breakage
• - Perfect for restaurants, events, and nightlife venues
• - Ideal medium for branding and customization
• - Long lifespan thanks to its durability and professional quality

The Gênes Tritan glass therefore represents an excellent balance between elegance, safety, and durability. Designed to meet the demands of professionals, it ensures an attractive beverage presentation while providing optimal resistance for intensive use.