Serving Heat: A Host Modern Study

Thermal Performance Test Summary

We conducted a controlled test comparing the heat retention of three food storage methods to evaluate their effectiveness in maintaining safe serving temperatures:

1. Glass baking dish (open, no cover) - Represents food left on the counter in a standard serving dish, an extremely common hosting scenario.
2. Glass baking dish with a tinfoil lid - Mimics a basic attempt at heat retention, often used to cover food before serving or transporting.
3. Host Modern thermal dish (primed with hot water, with secure lid) - Designed specifically to maximize heat retention and keep food at safe serving temperatures for extended periods.

Each was filled to 80% capacity with boiling water (initial temp ~192˚F) and monitored at regular intervals.

Results and Findings

• Option 1 (No Lid - Open Dish): Rapid heat loss occurred almost immediately, dropping into the FDA danger zone (below 140˚F) within 17 minutes. By 30 minutes, the temperature fell to 123˚F, and at 60 minutes, it had lost 42% of its heat (102˚F).

• Option 2 (Tinfoil Lid): The tinfoil cover significantly slowed heat loss. At 30 minutes, the water remained at 160˚F, and at 65 minutes, it reached 140˚F, lasting nearly four times longer than the open dish before entering the danger zone. By 90 minutes, the temperature was 129˚F, reflecting a 30% total heat loss.

• Option 3 (Host Modern Thermal Dish): Priming the dish and securing the lid enhanced heat retention dramatically. At 30 minutes, it held at 182˚F (22˚ hotter than the tinfoil-covered dish). Even at 2 hours (30 mins longer than option 2), it maintained 147˚F, never entering the danger zone, with only a 24% heat loss over time.

Conclusion

The Host Modern Thermal Dish significantly outperformed both traditional methods in maintaining food-safe temperatures. Compared to the tinfoil-covered glass dish, it:

• Retained heat 4x better over the first hour
• Stayed above 140˚F for over two hours, ensuring food safety for extended serving periods
• Prevented rapid temperature drops, keeping food at an optimal serving temperature

This test underscores the thermal efficiency of Host Modern’s design, making it an ideal solution for hosting, transporting, and keeping meals warm for extended periods without relying on external heat sources.

A "Real World" Example

I grabbed two Costco stuffed bell pepper meals, cooked them in our glass baking dishes, and ran a simple test:

• Option 1: Left one in the glass dish on the counter.
• Option 2: Moved the other into our primed thermal dish.

Here’s what happened (other than me slightly over-cooking the peppers... don't judge)

Glass Dish (No Lid) – Peaked at 193˚F, but heat dropped fast: 30 mins: 162˚ // 50 mins: 140˚ (FDA danger zone) // 90 mins: 112˚ (58% heat loss)

Host Modern Thermal Dish – Peaked slightly higher at 197˚F and held heat significantly longer: 30 mins: 186˚ // 60 mins: 168˚ // 90 mins: 152˚ (Still well above the danger zone!)

Takeaway? The glass dish lost more than half its heat in 90 minutes. Our thermal dish kept food hot and safe nearly twice as long—perfect for serving and hosting without stressing about cold food.