Thermos Beige Vacuum Insulated 240ml Teacup - Thermos Jdt-240 Be Model

Description

The Thermos Beige Vacuum Insulated 240ml Teacup - Thermos Jdt-240 Be Model is designed to keep your drinks at the perfect temperature wherever you go. Whether you're enjoying a hot cup of tea on a chilly morning or a refreshing cold beverage on a sunny afternoon, this teacup maintains the ideal temperature for longer periods. Its compact 240ml capacity makes it perfect for personal use, easy to carry, and fits comfortably in your hand or bag.

Crafted with functionality and style in mind, the Thermos Jdt-240 Be model features a sleek beige finish that complements any setting, from office desks to outdoor picnics. The vacuum insulation technology not only preserves temperature but also prevents condensation and heat transfer, ensuring your hands stay comfortable. This teacup is a reliable companion for daily hydration needs, combining practicality with a classic design.

Details

• Product Material: Stainless Steel

• Manufacturer: Thermos

Features

• Vacuum insulated technology for superior temperature retention
• 240ml capacity perfect for personal servings
• Lightweight and compact design for easy portability
• Beige color adds a stylish and neutral aesthetic
• Prevents condensation and heat transfer to keep hands comfortable

How to use

To use the Thermos Beige Vacuum Insulated Teacup, simply fill it with your desired hot or cold beverage. Secure the lid tightly to maximize insulation. For best results, preheat or pre-chill the cup by rinsing it with hot or cold water before filling. Avoid using in microwave ovens or freezers. Always close the lid properly to prevent spills.

Care instructions

Hand wash the teacup with warm soapy water and a soft sponge to preserve the vacuum insulation. Avoid using abrasive cleaners or scrubbers that can damage the surface. Do not submerge the entire cup in water if it has electronic components or seals. Store with the lid off to allow air circulation and prevent odors. Avoid extreme temperatures that may compromise the insulation.