Eco-products ECOEPECOLIDW Pla Hot Cup Lid 800 Ct

Product Description

The ECO-PRODUCTS ECOEPECOLIDW is a clear, transparent hot cup lid made from PLA, a plant-based material derived from corn. The crystallized PLA formulation provides added structural strength and heat tolerance up to 200 degrees F, making it suitable for hot beverage service in commercial and institutional food service environments. The lid is engineered to seat securely on hot cups and reduce spills during handling and transport. This carton contains 800 lids. It is intended as a functional replacement for traditional petroleum-based plastic lids, offering a renewable-material alternative without compromising performance at hot beverage temperatures.

This lid is designed for use in food service and hospitality operations including cafeterias, catering operations, coffee service stations, and similar environments where disposable hot cup lids are required. The clear color allows beverage identification without removing the lid. The leak-resistant fit makes it appropriate for counter service and carry-out applications. Each carton ships with 800 units, sized for high-volume operations.

Key Features

• Plant-based PLA material derived from corn, not petroleum
• Crystallized formulation for increased strength and rigidity at elevated temperatures
• Heat tolerance rated up to 200 degrees F
• Clear transparent color for beverage identification
• Designed for leak prevention and secure fit on hot cups
• 800 lids per carton

Compatibility

Designed as an OEM-style replacement lid for standard disposable hot cups used in commercial food service applications. Verify cup rim diameter against lid specifications before ordering to confirm fit.

Installation Notes

Food service staff apply lids by pressing firmly onto the cup rim until fully seated. Confirm proper lid engagement before handing off to customers to prevent spill incidents. Follow local health department and food safety guidelines for disposable serviceware handling. Store cartons in a cool, dry location away from direct heat sources to preserve material integrity prior to use.