Tap / click on image to see more RealViewsTM
£22.65
per mug
 

The Leidenfrost Effect (Chemistry Water) Frosted Glass Coffee Mug

Qty:
Frosted Glass Mug
-£6.70
-£5.35
-£4.00
+£6.65

Other designs from this category

About Mugs

Sold by

Style: Frosted Glass Mug

Our frosted glass mug is our most versatile option. The 295-ml mug is a perfect choice for tea, coffee, and cocoa as well as grogs, toddies, and mulled wines. The 473-ml mug is styled as a beer stein and is ideal for a cold pint of brew. Whatever your size or style, your beverage will shine through with a frosted glass mug, making the perfect gift!

  • Available in 295 ml or 473 ml
  • Dimensions:
    • 295 ml: 8.1 cm D x 9.7 cm H
    • 473 ml: 8.6 cm D x 11.4 cm H
  • Microwave and dishwasher safe
  • Use caution when removing the mug from the microwave. Use a pot holder or glove as necessary if it is too hot to the touch. Do not microwave an empty mug.
  • Sturdy construction from frosted glass
  • White areas of your design will not print – they will be transparent, revealing the beverage inside
  • Meets FDA requirements for food and beverage safety
  • Do not overfill and be careful with hot liquids that may scald
  • Keep out of reach of children when filled with hot liquid

About This Design

The Leidenfrost Effect (Chemistry Water) Frosted Glass Coffee Mug

The Leidenfrost Effect (Chemistry Water) Frosted Glass Coffee Mug

The Leidenfrost effect is a phenomenon in which a liquid, in near contact with a mass significantly hotter than the liquid's boiling point, produces an insulating vapour layer which keeps that liquid from boiling rapidly. Specifically, the Leidenfrost point signifies the onset of stable film boiling, representing the point on the boiling curve where the heat flux is at the minimum and the surface is completely covered by a vapour blanket. Heat transfer from the surface to the liquid occurs by conduction and radiation through the vapour. In 1756, Johann Gottlob Leidenfrost observed that water droplets supported by the vapour film slowly evaporate as they move about on the hot surface. As the surface temperature is increased, radiation through the vapour film becomes more significant and the heat flux increases with increasing excess temperature. Educational, scientific attitude about the chemistry of water that you probably didn't know about are found on any of these gifts!

Customer Reviews

4.8 out of 5 stars rating22.3K Total Reviews
19669 total 5-star reviews1890 total 4-star reviews344 total 3-star reviews143 total 2-star reviews224 total 1-star reviews
22,270 Reviews
Reviews for similar products
5 out of 5 stars rating
By Anonymous26 December 2012Verified Purchase
Combo Mug, 444 ml
Zazzle Reviewer Program
same story as the awa mugg. i bet it will be fine
5 out of 5 stars rating
By M.24 February 2021Verified Purchase
Classic Mug, 325 ml
Zazzle Reviewer Program
Son very pleased with his mug Well made and sturdy Hopefully the print wont wear off in time Pleased with purchase, quick delivery . Printing turned out as same as it was shown on line
5 out of 5 stars rating
By Daniela D.20 June 2024Verified Purchase
Classic Mug, 325 ml
I loved the mug! The design is super pretty and delicate. Print is perfect! Vivid colours.

Tags

Mugs
heat transfer for waterwater vapourthe chemistry of waterleidenfrost effectwords and unwordsscientificchemistryphysicschemistscientist
All Products
heat transfer for waterwater vapourthe chemistry of waterleidenfrost effectwords and unwordsscientificchemistryphysicschemistscientist

Other Info

Product ID: 168881971787186594
Created on 21/12/2012, 12:29
Rating: G