Heat-resistant glass tea and coffee pot

Heat-resistant glass tea and coffee pot

Type: heat-resistant glass jug

Description:

• Material: Made from heat-resistant glass, it boasts a high capacity to withstand elevated temperatures without compromising its quality or appearance. Designed to withstand sudden thermal shocks, this heat-resistant glass is an excellent choice for preparing tea and coffee.

• Design: It comes in a modern and elegant design, with clear glass walls that allow you to clearly see the contents of the jug. The design may include a comfortable handle and a volume indicator.

• Capacity: It is available in various sizes to meet different needs, from small pitchers for preparing small quantities of drinks to larger pitchers for social occasions.

• Features:

  • Heat resistance: Heat-resistant glass ensures resistance to high temperatures and reduces the likelihood of cracking or breaking.
  • transparency: It allows you to see the preparation process clearly, which helps in controlling the strength of the tea or coffee.
  • Ergonomic design: It has a comfortable and easy-to-use handle, and is usually equipped with a tight-fitting lid that helps retain heat and reduce evaporation.
  • Easy to clean: The jug can be easily washed thanks to its smooth surface, and can be cleaned by hand or in the dishwasher according to the instructions.

• Uses:

  • Tea and coffee: Ideal for preparing and serving tea and coffee, it can also be used to prepare other hot beverages.
  • Presentation: It offers a great serving experience thanks to its transparent and elegant design that highlights the color of the drinks and enhances the serving experience.

• Maintenance:

  • Cleaning: It is recommended to wash the pitcher with warm water and mild soap after each use. Avoid using harsh detergents or abrasive materials that may scratch the glass.
  • Storage: It is preferable to store the jug in a dry and safe place to avoid bruises or accidents that could lead to the glass breaking.

Note: Despite the glass's resistance to heat, it is best to avoid sudden exposure to large temperature changes to avoid any potential risks.