Acopa Zelda 15.5 oz. Highball Glass – Sample

Description

Specs

Quantity : 1/Sample
Shipping Weight : 0.95 lb.
Height : 5 1/2 Inches
Bottom Diameter : 1 7/8 Inches
Top Diameter : 3 Inches
Capacity : 15.5 oz.
Color : Clear
Features : Dishwasher Safe Lead Free
Material : Glass
Product Line : Acopa Zelda
Rim-Full Capacity : 15.5 oz.
Shape : Round
Type : Highball Glasses
Usage : Cocktails Drinking Glasses

Details

By ordering this Acopa sample, you’re able to touch and see it in person to ensure it meets all the unique requirements of your foodservice space before committing to the purchase of a full case. Serve your signature craft cocktails and mixed drinks in style with the help of this Acopa Zelda 15.5 oz. highball glass! Perfect for serving your signature cocktails, this glass has an ample 15.5 oz. capacity. The exceptional clarity of the clear glass construction offers optimal visibility of your drinks, enabling you to showcase your signature drinks in style. Plus, the textured surface provides a tactile feel in hand. This glass is the ideal choice for bars, lounges, and restaurants.
Reminiscent of the Art Deco architecture of the Roaring Twenties, the Zelda collection is named for the famous novelist, flapper, and wife of author F. Scott Fitzgerald. The sweeping arches of the glass and crystal clear clarity will bring any drink into the new millennia.
An ever-expanding brand, Acopa is known for its high-quality items and exceptional value. From trendy dinnerware and timeless flatware to long-lasting glassware and stylish catering and beverage service supplies, Acopa is your destination for any tabletop and front of house need. Created with the consumer in mind, Acopa has the perfect solution for a variety of food service and hospitality establishments.
Overall Dimensions:
Top Diameter: 3″
Bottom Diameter: 1 7/8″
Height: 5 1/2″
Capacity: 15.5 oz.

Attention CA Residents:Prop 65 Warning

• Dishwasher Safe

  This item can safely be cleaned in a commercial dishwasher.

• Lead Free

  This item’s manufacturing process does not use lead as an additive.