Light Mug EMSA 400 ml Rose

The EMSA Light Mug 400 ml in Rose is a compact travel mug made of stainless steel with a polypropylene lid. With a capacity of 400 ml, a diameter of 6.6 cm and a height of 196 mm, it is designed for everyday use and for taking hot or cold beverages on the go. The construction combines a metal body for temperature retention with a lightweight lid and a narrow form factor for easy handling and storage.

Advantages

The stainless steel construction provides thermal stability and resistance to staining, while the polypropylene lid is lightweight and durable. The slim profile and moderate capacity make the mug easy to fit into cup holders, backpacks or briefcases. Its finish and rose colour offer a discreet aesthetic without adding bulk. The materials used are easy to clean and maintain, and the design reduces heat transfer to the outer surface for safer handling.

Suitable for

• Commuting and travel
• Office use at desk or meeting rooms
• Outdoor activities such as walking or picnics
• Everyday hot drinks like coffee and tea, or cold beverages

Key specifications

• Capacity: 400 ml
• Body material: stainless steel
• Lid material: polypropylene
• Diameter: 6.6 cm
• Height: 196 mm
• Colour: Rose

How to use

Fill the mug with the desired beverage up to the recommended level to avoid spills. Secure the polypropylene lid before carrying to reduce leakage. For best thermal performance, preheat or precool the mug by rinsing with hot or cold water before filling. Hold the mug by its body or lid edge as designed; avoid gripping excessively hot exterior surfaces immediately after filling with very hot liquids.

Usage recommendations

Hand wash recommended for the lid and metal body components where indicated by the manufacturer; avoid abrasive cleaners that may affect surface finish. Do not use in microwave. For prolonged thermal retention, fill the mug with boiling water and let stand briefly before pouring out and adding your hot drink. Check lid seals regularly and replace if worn to maintain leak resistance.