Description:
This 50-pack of 16 oz insulated coffee cups from Lamosi is designed for everyday use in homes, offices, or on-the-go situations where hot or cold beverages need to stay at a stable temperature without leaking. The cups offer a practical solution for parties, school events, or casual gatherings where disposable yet functional cups are needed.
Key Points
These paper cups feature a three-layer construction that adds structural strength and helps reduce heat transfer, making them effective at keeping hot drinks safe to hold without burning fingers. The lids seal tightly to prevent spills, ensuring beverages stay contained during handling. A built-in sipping hole allows for easy use with stirrers or straws, while the S-shaped corrugated rim provides a secure, non-slip hold. The pack includes 50 individual cups, offering excellent value for frequent users or event planners.
Technical Specifications
Capacity
: 16 ounces (473 mL)Material
: Three-layer thickened paperInsulation Type
: Thermal barrier layer for heat retentionLid Design
: Secure snap-fit with sipping holeRim Structure
: Rolled edge with anti-slip corrugationPack Size
: 50 cups per pack
Benefits
The insulation performance helps maintain beverage temperature for up to 30 minutes, according to the manufacturer, which makes these cups ideal for morning coffee or afternoon tea. The sturdy build supports repeated use without warping or tearing, even when exposed to hot liquids. The design avoids the need for additional sleeves, streamlining convenience during outdoor or mobile activities.
Usage Recommendations
For best results, place the cup in a stable position when handling hot drinks and avoid direct sunlight or high-heat environments to preserve insulation. These cups are best suited for single-use scenarios such as events, classroom settings, or outdoor activities. They perform well in both indoor and outdoor conditions where spills and heat exposure are concerns. Use with caution when handling very hot liquids, as paper materials may degrade under extreme temperatures.









