Merrychef P40C1423 Enamel Baking/Roasting Tray for e5 Ovens - 17" x 13 1/5", Black - Image 1
SKU: 624-P40C1423
Brand: Merrychef
Model: P40C1423

Merrychef P40C1423 Enamel Baking/Roasting Tray for e5 Ovens - 17" x 13 1/5", Black

The Merrychef P40C1423 is a high-performance black baking/roasting tray designed for e5 ovens, offering durable vitreous construction, efficient heat distribution, and a dark finish for even browning. Ideal for commercial kitchens.

Key Features

  • Designed for eikon™ e5 series ovens, ensuring perfect fit and compatibility.
  • Durable vitreous construction resists heat damage and thermal shock, extending lifespan in high-temperature environments.
  • Black enamel finish enhances heat absorption for even browning and consistent cooking results.
  • Spacious 17" x 13 1/5" footprint accommodates entrees, vegetables, and baked goods with ease.
  • Ideal for commercial kitchens, offering reliable performance for roasting, baking, and cooking proteins.
Starting from $209.00/unit

Volume discounts available

The Merrychef P40C1423 Enamel Baking/Roasting Tray is a premium solution for commercial kitchens using eikon™ e5 series ovens. Engineered with durable vitreous material, this black tray delivers exceptional heat resistance and thermal shock protection, ensuring consistent performance even under repeated high-temperature use. Its 17" x 13 1/5" footprint provides ample space for entrees, vegetables, and baked goods, while the dark enamel finish promotes efficient heat absorption for flawless browning and even cooking results. Perfect for professional chefs and restaurant owners, this tray is a must-have for any commercial kitchen equipped with e5 ovens, combining durability, functionality, and performance in one reliable accessory. Whether you're roasting proteins, baking pastries, or preparing large batches of vegetables, this tray delivers exceptional results every time. Upgrade your kitchen's efficiency with the Merrychef P40C1423—trusted by professionals for its resilience and superior heat distribution.