Modern Amethyst Purple Hexagonal Base Drinking Glass - Set of 6

Elevate your minimalist aesthetic with our uniquely modern Amethyst Purple Hexagonal Base Drinking Glass, meticulously designed to fuse clean lines with superior functionality. This striking glass features a seamless, smooth cylindrical body that transitions dramatically into a geometric hexagonal base, creating a unique silhouette that catches the light.

Key Features:

• Geometric Hexagonal Base: The sharp, six-sided base adds a modern, architectural element and provides exceptional stability.

• Sleek Cylindrical Body: A smooth, simple top section emphasizes the glass's clean, minimalist design.

• Crafted from High-Quality Glass: Made with thick, premium-quality glass material to ensure excellent clarity, durability, and comfort.

• Sophisticated Amethyst Purple Hue: The translucent purple color offers a subtle yet chic pop of color, ideal for adding a modern contrast to any setting.

• Versatile and Practical: The perfect size and shape for a wide range of beverages, including water, juice, iced coffee, or as a modern whiskey tumbler or cocktail glass.
  

• Capacity: 575 ml

Lifestyle Integration:

• A Touch of Sophistication: Whether serving drinks at a chic gathering or simply enjoying a beverage at your desk, this tumbler instantly upgrades the visual appeal of your drinkware collection and complements a contemporary décor style.
  
  
• The Perfect Gift: Its unique design and high quality make it an excellent gift for housewarmings, design lovers, or anyone appreciating sophisticated home goods.

Care Instructions:

• Easy Cleaning: This durable glass is generally dishwasher safe. For the best long-term care and to preserve its clarity, place it securely on the top rack.
  
  
• Handling: Handle with care to avoid bumps and knocks. The sturdy base helps prevent tipping, but store securely in a cabinet.
  
  
• Avoid Extreme Temperatures: Gradual temperature changes are recommended. Avoid using in microwaves or exposing the glass to sudden and extreme temperature shifts to prevent thermal shock.