Thunder Group PLPCTB316CL 16 Oz. Swirl Design Tumbler Polycarbonate Clear

The Thunder Group PLPCTB316CL Tumbler is a high-quality 16 oz. (with an 18 oz. rim full) plastic beverage container designed for professional foodservice environments. Crafted from durable polycarbonate material, this tumbler features a distinctive swirl pattern and a Starburst® pattern base, providing both aesthetic appeal and structural integrity. Its clear Belize® finish enhances beverage presentation, making it suitable for various venues such as cafeterias, casual dining, and catering operations that demand reliable and visually appealing drinkware. Its precise 16 oz. capacity, with an 18 oz. rim full, ensures consistency in portion control and inventory management in commercial settings.

The Thunder Group PLPCTB316CL tumbler delivers technical excellence for medium-volume foodservice operations. Its polycarbonate construction offers high impact resistance and long-term durability, while the swirl design provides an attractive pattern that resists scratching. Easy to clean and maintain, this tumbler withstands frequent dishwashing cycles, ideal for continual use in busy restaurant or café environments. Its ergonomic shape facilitates handling in high-turnover settings, and the transparent Belize® finish enhances beverage visibility, optimizing workflow efficiency for bartenders and servers.

Ideal for commercial beverage service, cafes, and catering kitchens requiring reliable, durable, large-capacity tumblers.

The Thunder Group PLPCTB316CL tumbler is a commercial-grade, self-contained drinkware piece constructed from high-quality polycarbonate with a swirl finish and Belize® clear color. It weighs approximately 3.9 lbs and features a maximum operating temperature compatible with typical dishwashing cycles. The tumbler is designed for high-impact resistance and ease of maintenance, supporting rigorous daily commercial use. It measures approximately 3.9 inches in width, 3.9 inches in depth, and 5.5 inches in height, fitting comfortably in standard glass racks and storage units. Its food-safe polycarbonate material allows for repeated washing without degradation, making it suitable for busy foodservice environments. The swirl pattern enhances barrel strength and aesthetics, while ensuring long-term performance in high-usage settings.

Electrical Requirements: Not applicable

Cleaning & Maintenance: Dishwasher safe for quick turnaround

Storage: Stackable design for space efficiency

Use Compatibility: Suitable for cold beverages in commercial cafes and restaurants

Durability: Impact and scratch-resistant polycarbonate construction

A commercial tumbler is a durable, impact-resistant drinkware unit designed for high-volume use in foodservice establishments. Made from strong polycarbonate materials, these tumblers typically feature capacities suitable for daily beverage service, with specifications such as a 16 oz. volume and a full 18 oz. rim capacity. Installed in cafés, bars, and cafeteria stations, they are optimized for repeated dishwashing and long-term performance—making the Thunder Group PLPCTB316CL ideal for restaurant and hospitality environments requiring consistent, quality serveware for cold drinks in busy operational workflows.

Designed for medium-volume beverage service, the PLPCTB316CL offers high-impact polycarbonate durability, clear visual appeal, and ergonomic handling, making it suitable for cafes, casual dining, and catering operations. Thunder Group's model excels in fast-paced settings that demand reliable, restaurant-ready drinkware with long-lasting performance.

Thunder Group PLPCTB316CL stands out among commercial tumblers due to its robust polycarbonate construction with swirl design, offering superior impact and scratch resistance. Its large capacity, dishwasher compatibility, and clear Belize® finish ensure functional longevity and visual clarity. The sleek yet durable build enhances operational efficiency and beverage presentation in fast-paced foodservice settings, making it a preferred choice for busy hospitality environments.