Culver 10-Ounce Ceramic Retro Diner Style Heavyweight Mug

This retro diner-style heavyweight mug, also known as the old Navy mug, is crafted from fully vitrified earthenware ceramic, making it both dishwasher and microwave safe. Manufactured in China for Culver Industries, Inc., this mug has been carefully hand-inspected, packed, and distributed from Pittsburgh, PA.

The mug measures 3.3 inches in diameter and 4 inches in height, weighing a substantial 1.2 pounds. This single (1) retro diner-style ceramic mug is packaged in a reusable box, ensuring its safe delivery.

When using this mug with a single-brew machine, it is important to select a larger size than your usual brew size. This will allow room at the top for the addition of creamer, sugar, or any other desired toppings. All Culver mug volumes are based on the entire mug being filled to the top.

The mug's 10-US fluid ounce capacity provides ample space for your favorite hot beverage, whether it's a robust coffee, a soothing tea, or a comforting hot chocolate. The ceramic earthenware construction, with its fully vitrified finish, ensures that this mug is both durable and easy to clean.

Manufactured in China, this mug has been meticulously hand-inspected, packed, and distributed from the company's facility in Pittsburgh, PA. This attention to detail and quality control ensures that you receive a product that meets the highest standards.

Whether you're enjoying a cozy morning at home or sharing a warm drink with friends, this retro diner-style mug will add a touch of nostalgia and charm to your experience. Its classic design and sturdy construction make it a versatile and practical addition to any kitchen or dining set.

In summary, this retro diner-style heavyweight mug is a must-have for anyone who appreciates the timeless appeal of vintage-inspired kitchenware. With its dishwasher and microwave-safe features, as well as its generous 10-US fluid ounce capacity, this mug is a practical and stylish choice for all your hot beverage needs.

product information: