The Carlisle 565007 16 oz Clear Polycarbonate Alibi Hurricane glass combines durability with elegant design, making it an essential addition to any bar or restaurant beverage program.

Constructed from premium polycarbonate material, this hurricane glass delivers exceptional clarity that rivals traditional glass while offering superior break resistance. The transparent construction showcases vibrant cocktails and mixed drinks, enhancing visual appeal and customer satisfaction.

The 16-ounce capacity provides ample space for generous drink portions, ice, and garnishes, accommodating popular hurricane cocktails and tropical beverages. The generous volume allows bartenders to create impressive presentations that justify premium pricing.

Designed with the iconic hurricane silhouette, this glass features a distinctive curved bowl shape that's instantly recognizable and adds sophistication to any drink service. The elegant profile makes it ideal for upscale establishments seeking to elevate their cocktail presentation.

Polycarbonate construction ensures exceptional durability in high-volume service environments. These glasses withstand repeated washing cycles, accidental drops, and daily wear without chipping or cracking, reducing replacement costs and waste.

The clear material resists clouding and discoloration, maintaining a pristine appearance through extended use. Unlike traditional glass, polycarbonate won't develop the hazy appearance that diminishes visual appeal over time.

Perfect for bars, restaurants, hotels, and catering operations, the Alibi Hurricane glass handles demanding service requirements. The durable construction makes it suitable for both indoor and outdoor venues, including poolside bars and patio service areas.

Carlisle's reputation for quality ensures reliable performance and consistent product standards. This professional-grade glassware meets industry expectations for hospitality establishments prioritizing both aesthetics and longevity.        
          


        

• Height : 9.09
• Length : 2.63