American Metalcraft WVASP6 6 5/8" Butter Knife, Wavy Aged Pattern - Image 1
SKU: 166-WVASP6
Brand: American Metalcraft

American Metalcraft WVASP6 6 5/8" Butter Knife, Wavy Aged Pattern

The American Metalcraft WVASP6 butter knife is designed for professional kitchens with its smooth edge and flat face, ideal for spreading butter on bread and pastries. Made from dishwasher-safe stainless steel, it features the elegant Wavy Aged pattern and is perfect for high-end restaurant settings.

Key Features

  • Premium stainless steel construction with a smooth edge and flat face for effortless butter spreading on bread and pastries
  • Dishwasher-safe and durable, ideal for high-volume restaurant kitchens with minimal maintenance
  • Elegant Wavy Aged hammered pattern adds a stylish, high-end touch to commercial flatware collections
  • Compact 6 5/8" length (6.63 inches) with a weight of just 0.25 lbs, perfect for storage in utensil rolls
  • From trusted brand American Metalcraft, known for high-quality, professional-grade kitchen essentials
Starting from $7.24/unit

Volume discounts available

Elevate your restaurant’s flatware collection with the American Metalcraft WVASP6 6 5/8" butter knife, a stylish and functional addition to any commercial kitchen. This butter spreader is crafted from premium dishwasher-safe stainless steel, ensuring durability and easy maintenance, which is essential for busy restaurant environments. Its smooth edge and flat face make butter spreading effortless, whether on crusty bread or delicate pastries, while the Wavy Aged pattern adds a touch of sophistication to your tabletop presentation. Perfect for fine-dining establishments, cafes, and hotels, this knife combines practicality with aesthetic appeal, making it a must-have for chefs and restaurant managers prioritizing both performance and style. The compact 6 5/8" length ensures it fits neatly in utensil rolls, saving space without compromising on quality. Invest in this high-quality butter knife to enhance your restaurant’s ambiance and functional efficiency.