New Star Foodservice 20 oz Red Polycarbonate Beverage Tumblers – Set of 12

Overview

Meet the New Star Foodservice Restaurant-Grade Polycarbonate Beverage Tumblers in a bold red finish. This 12-pack delivers practical 20 oz capacity for high-volume beverage service, making it a reliable choice for busy diners, cafes, caterers, and casual dining environments.

Key benefits at a glance

• 20 oz capacity in a durable set of 12, designed for steady drink service during peak hours
• Sturdy polycarbonate construction resists cracking and breakage for daily commercial use
• Stackable design saves storage space and speeds up restocking and refilling
• Smooth rim enhances the drinking feel and simplifies post-service cleaning
• Dishwasher safe and suitable for both indoor and outdoor dining environments

Real-world use and scalability

In a fast-moving restaurant or cafeteria, the 20 oz capacity aligns with standard beverage serves while the 12-pack ensures ample coverage for busy shifts. The bright red color helps staff quickly identify glassware at the station and contributes to a cohesive service presentation.

Outdoor events, catering setups, and patio dining benefit from a robust polycarbonate body that stands up to transport and repeated use. The stackable design keeps your storage footprint minimal, helping you organize cups efficiently between service cycles.

Care, durability, and operation

Designed for practical upkeep, these tumblers are dishwasher safe, making routine cleaning straightforward for high-volume operations. The smooth rim supports comfortable sipping for guests and reduces wear during quick refills, while the material resists typical wear from regular handling.

Why choose New Star

• Restaurant-grade reliability built for daily, high-traffic service
• Reliable indoor and outdoor performance that adapts to different dining environments

If you’re seeking dependable, cost-efficient glassware for busy beverage service, this 12-pack of red 20 oz polycarbonate tumblers offers a practical balance of capacity, durability, and space-saving design without promising outcomes beyond what the data supports.