Glass ABYstyle First Order ABYVER082 400 ml — drinking glass, 400 ml capacity

This 400 ml drinking glass from ABYstyle, model First Order ABYVER082, is a clear glass vessel designed for everyday use and themed collections. Made of transparent glass, the tumbler offers a simple silhouette and a 400 ml capacity suitable for serving water, soft drinks, beer or mixed beverages. The glass is intended for table service at home, in informal gatherings or as part of a collection of licensed merchandise.

Advantages

The glass delivers a neutral, clear appearance that showcases the colour and carbonation of beverages. Its 400 ml capacity balances portion size and comfort for handheld use. The smooth rim and straight-sided profile make it easy to drink from and to stack or store with similar glassware. Being made of glass, it is resistant to odour retention and does not leach flavours into drinks, simplifying maintenance and ensuring beverage purity.

Suitable for

• Serving cold water and juices
• Offering soft drinks and iced teas
• Presenting beer or mixed drinks
• Use at dinner tables, casual parties, or themed collections

Key specifications

• Material: clear glass
• Capacity: 400 ml
• Shape: straight-sided tumbler
• Finish: smooth rim, transparent surface
• Intended use: tableware for beverages

How to use

Rinse the glass before first use. Fill to the desired level, keeping typical fill lines in mind to avoid spillage when carrying. Use for cold and room-temperature beverages; avoid sudden temperature changes such as pouring boiling liquids into a cold glass to prevent thermal stress. After use, wash by hand with warm, soapy water or place in the dishwasher if the manufacturer's care guidelines for similar glassware are followed.

Usage recommendations

Store the glass upright in a stable cabinet or on a shelf with separation from heavy items to prevent chipping. When stacking, ensure glasses are dry and clean to reduce the risk of sticking. For long-term appearance preservation, avoid abrasive cleaners and sudden temperature shocks.